6HP | |
---|---|
Overview | |
Manufacturer | ZF Friedrichshafen |
Production | 2000 – 2014 |
Model years | 2000 - 2014 |
Body and chassis | |
Class | 6-Speed LongitudinalAutomatic Transmission |
Related | |
Chronology | |
Predecessor | ZF 5HP Transmission |
Successor | ZF 8HP Transmission |
6HP is ZF Friedrichshafen AG's trademark name for its six-speed automatic transmission models (6-speed transmission with Hydraulic converter and Planetary gearsets) for longitudinal engine applications, designed and built by ZF's subsidiary in Saarbrücken. Released as the 6HP26 in 2000, it was the first six-speed automatic transmission in a production passenger car. Other variations of the first generation 6HP in addition to the 6HP26, were 6HP19, and 6HP32 having lower and higher torque capacity, respectively. In 2007, the second generation of the 6HP series was introduced, with models 6HP21 and 6HP28. A 6HP34 was planned, but never went into production.
- Automatic transmissions Early models. The GM Hydra-Matic was a success and installed in the majority of GM models by 1950. Through the 1950s, all makers were working on their own automatic transmission, with four more developed inside GM alone.
- The top cover is cast aluminum with a 8-bolt rectangular pattern. The input shaft on this transmission is graced with an unusually long pilot tip (nearly ¾ of an inch). The Ford and GM versions sport a 6/5″ input shaft with ten splines, while the Dodge versions have a 8 3/8″ input shaft and 23 splines.
The 6HP uses a Lepelletierepicyclic/planetary gearset, which can provide more gear ratios with significantly fewer components. This means the 6HP26 is actually lighter than its five-speed 5HP predecessors. It also has the capability to achieve torque converter lock-up on all six forward gears, and disengage it completely when at a standstill, dramatically closing the fuel efficiency gap between automatic and manual transmissions.
The last 6HP automatic transmission was produced by the Saarbrücken plant in March 2014 after 7,050,232 units were produced.[1][2] The ZF plant in Shanghai continued to produce the 6HP for the Chinese market.[1]
Specifications[edit]
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Preliminary Note[edit]
All ZF 6HP gearboxes have the same gear ratios as the 6R60 and 6R80 gearboxes for passenger cars from Ford have. Deviant gear ratios indicate another manufacturer as shown in the template.
New Paradigm[edit]
The 6HP is the first transmission designed according to ZF's new paradigm. After gaining additional gear ratios only with additional components, this time the number of components has to decrease for the first time in spite of the necessity of even more ratios. Coming from 5 gear ratios made of 10 main components (gear sets, Ravigneaux considered as 2, brakes, clutches) to the 6 made of 8 now reflects, what major progress the Lepelletier gear mechanism means compared to conventional designs like the 5HP-family.
Technical Data[edit]
Gear Teeth and Ratios | Planetary Gearset: Teeth | Count | Total | Avg. | |||
---|---|---|---|---|---|---|---|
Ravigneaux | Simple | ||||||
Manufacturer Model | Sun 1.1 Ring 1.1 | Sun 1.2 Ring 1.2 | Sun 2 Ring 2 | Brakes Clutches | Ratio Span | Gear Step | |
Gear | 1 | 2 | 3 | 4 | 5 | 6 | R |
ZF 6HP ALL | 31 38 | 38 85 | 37 71 | 2 3 | 6.0354 | 1.4327 | |
Ratio | 4.1708 | 2.3397 | 1.5211 | 1.1428 | 0.8672 | 0.6911 | - 3.4025 |
ZF 5HP 18[a][b] | 34 98 | 38 34 | 32 76 | 3 4 | 4.9363 | 1.4906 | |
Ratio | 3.6648 | 1.9990 | 1.4067 | 1.0000 | 0.7424 | - 4.0960 | |
Aisin | 36 44 | 44 96 | 45 81 | 2 3 | 6.0494 | 1.4333 | |
Ratio | 4.1481 | 2.3704 | 1.5556 | 1.1546 | 0.8593 | 0.6857 | - 3.3939 |
Ford | 31 38 | 38 85 | 37 71 | 2 3 | 6.0354 | 1.4327 | |
Ratio | 4.1708 | 2.3397 | 1.5211 | 1.1428 | 0.8672 | 0.6911 | - 3.4025 |
Ford | 37 47 | 47 97 | 49 95 | 2 3 | 5.8993 | 1.4261 | |
Ratio | 3.9738 | 2.3181 | 1.5158 | 1.1492 | 0.8585 | 0.6736 | - 3.1283 |
GM | 37 47 | 47 97 | 49 89 | 2 3 | 6.0346 | 1.4326 | |
Ratio | 4.0650 | 2.3712 | 1.5506 | 1.1567 | 0.8532 | 0.6736 | - 3.2001 |
GM | 35 46 | 46 | 50 94 | 2 3 | 6.0401 | 1.4329 | |
Ratio | 4.0267 | 2.3635 | 1.5319 | 1.1522 | 0.8521 | 0.6667 | - 3.0638 |
Technical imperfections[edit]
Problems with this transmission are well known[citation needed]. This transmission locks up the torque converter in all gears, increasing wear. Combined with a sealed transmission pan and 'lifetime fluid', some people have experienced catastrophic transmission failure. Owners report shift issues when oil begins breaking down beyond 50K miles, hence shifting issues are common[citation needed].
There are also problems with the valve block and solenoids[citation needed]. When this failure starts to occur, shift quality and speed, torque transfer and even loss of ability to engage gears can occur. These problems led Volkswagen AG to extend the warranty on all of their vehicles equipped with this transmission to 100,000 miles or 10 years[citation needed].
First generation[edit]
6HP19[edit]
The 6HP19 transmission was a development of the original 6HP26, but was downgraded for less demanding applications. As such, the 6HP19 is rated at 400 N⋅m (295 lb⋅ft) of torque.
ApplicationsRear-wheel drive cars:
- BMW 520i (E60)
- BMW 528i (E60)
- BMW 530i, (E60)
- BMW 630i, (E63)
- BMW 730i/li, (E65/E66)
- BMW 318i, 320i, 325i, 328i, 330i, 335i (E9X), pre-LCI
- BMW 116i, 118i, 120i (E87), pre-LCI, 135i (E82)
- Hyundai Genesis Coupe - 2010-2012 3.8L
6HP19A[edit]
The 6HP19A is a variation of the 6HP19 for four-wheel drive applications torque of 600 newton metres (443 lbf⋅ft). It was used by the Volkswagen Group for some permanent four-wheel drive models.
Applications
- Audi (B6) A4/S4 (Typ 8E/8H)
- Audi (B7) A4/S4 (Typ 8E/8H)
- VW Phaeton (Typ 3D)
- Audi A6 (Typ C6/4F) 3.0 TDI / 3.2 FSI / 3.0 TFSI
- Audi A8 (Typ D3/4E) 3.0 TDI / 3.2 FSI
6HP26[edit]
The 6HP26 was the original variation of the 6HP, released in 2000. It was rated for a maximum input torque of 600 newton metres (443 lbf⋅ft). It was first used by the BMW 7 Series (E65) in 2001. Initially reserved for high end luxury and sports cars, ZF made the 6HP26 available to Hyundai for use on its 2009 model year V8 Genesis.
Several versions of the 6HP26 are available depending on application and brand: 6HP26, 6HP26A and 6HP26X.
ApplicationsFord has developed their own versions (6R60 and 6R80) based on the 6HP26. Therefore, certain Ford vehicles will not be listed.
Two-wheel drive version:
- 2001–2008 BMW 7 Series (E65)[3] 735i, 745i, 760i, 730d and 740d
- 2002–2005 Jaguar XK8/XKR (X100)[4]
- 2003–2012 Aston Martin DB9[5][6]
- 2003–2010 BMW 5 Series (E60)
- 2003–2010 BMW 6 Series (E63) (Pre-LCI models, 645i / 650i / 635d)
- 2009–2012 Hyundai Genesis Sedan (4.6L V8)
- 2003–2008 Jaguar S-Type
- 2003–2009 Jaguar XJ (X350)
- 2003–2012 Rolls-Royce Phantom
- 2005–2011 BMW 3 Series (E90)
- 2005–2016 Ford Falcon (BF,[7]FG,[8]FG X turbocharged inline-six and V8)[2] Although production of the transmission ended in 2014, Ford retained sufficient inventory to last until end of Falcon production in 2016.[2]
- 2005–2014 Ford Territory (SY AWD;[9] SZ petrol)[10]
- 2006–2010 Jaguar XK/XKR (X150)
- 2007–2013 BMW X5 (E70), except 40d model
- 2007–2012 Maserati Quattroporte
- 2007–present Rolls-Royce Phantom Drophead Coupé
- 2008–2012 Aston Martin DBS V12[6]
- 2008–2012 BMW 7 Series (F01), except 740d xDrive, 760i/Li and Hybrid 7
- 2008–2011 Kia Mohave
- 2008–2012 Jaguar XF (X250)
- 2006–2009 Bentley Arnage
- 2008–2011 Bentley Brooklands
- 2010–2014 Aston Martin Rapide[6]
- 2011 Hyundai Equus
- 2011-2012 Aston Martin Virage
- 2012-2014 Aston Martin Vanquish
6HP26A[edit]
The 6HP26A is a variation of the 6HP26 for four-wheel drive applications. It was used by the Volkswagen Group for some permanent four-wheel drive models.
Blogtouch 2 1 0 download free. Applications
- 2002–2016 Volkswagen Phaeton (Typ 3D)
- 2003–2009 Audi A8 (D3, Typ 4E)
- 2006–2009 Audi S8 (D3, Typ 4E)
- 2003–present Bentley Continental GT
- 2005–present Bentley Continental Flying Spur
- 2006–2011 Audi S6 (C6, Typ 4F)
- 2008–2010 Audi RS6 (C6, Typ 4F)
6HP26X & 6HP26Z[edit]
The 6HP26X and 6HP26Z is another variation of the 6HP26, also for four-wheel drive applications. This transmission is suitable for 4WDs with a separate transfer box (the 'X' stands for external 4WD).
Applications
- 2006–2013 Land Rover Range Rover (All with Jaguar type engines or TDV8)
- 2006–2013 Land Rover Range Rover Sport (4.4-litre and 5.0-litre AJV8 models)
- 2005–2009 Land Rover Discovery 3 (LR3 in North America)
- 2010–2013 Land Rover Discovery 4 (LR4 in North America)
- 2007 BMW X3 (E83) 3.0d (some models)
- 2005–2011 BMW 330(x)d xDrive (E90/91)
- 2004–2006 BMW X5 (E53) V8 (6HP26Z)
- 2007 BMW 6 Series (e63/64)
- 2007-2010 BMW 5 series LCI(530d xdrive)
- 2003 BMW 7 series E65 745i
6HP32[edit]
The 6HP32 is a variation of the 6HP26 for high-output applications. The gearbox's maximum input torque is 750 N⋅m (550 lb⋅ft).[11]
Applications
- BMW E65 745d (LCI)
- Volkswagen Phaeton 5.0 V10 TDi (6HP-32A, internal 4x4)
Second generation[edit]
6HP21[edit]
The 6HP21 was a variation of the 6HP apparently produced in China.[2] It is also alternatively known as 6HP19tu and 6HP19z.
Applications
- 2014–2016 Ford Falcon (FG X naturally-aspirated inline-six, turbocharged inline-six and supercharged V8 )[2]
- 2014–2016 Ford Territory (SZ II petrol)[10]
- 2010-2012 BMW 320d Lci (Thailand) (Engine N47D20)
- 2006-2012 BMW 335i (E9X)
6HP28[edit]
The 6HP28 was the second generation of the 6HP gearbox, introduced in mid-2006.
ApplicationsTwo-wheel drive version:
- 2009–2012 Jaguar XF (X250)
- 2009-2014 Jaguar XK (X150)
- 2010-2012 Jaguar XJ (X351)
- 2010-2013 BMW E90 (LCI 335d)
- 2007-2009 BMW E60 (LCI Models: 535i, 540i, 550i)
- 2007-2010 BMW E63 (LCI Models: 635d, 650i)
Notes[edit]
- ^no Lepelletier gear mechanism is applied · shown here to reflect the progress the Lepelletier gear mechanism means
- ^inner and outer sun gear of the Ravigneaux planetary gearset are inverted
See also[edit]
References[edit]
- ^ ab'More than Seven Million: ZF Ends Production of Successful 6-Speed Automatic Transmission' (Press release). ZF Friedrichshafen. 31 March 2014. Retrieved 2 August 2016.
- ^ abcde'Review: Ford FG X Falcon (2014–16)'. AustralianCar.Reviews. Retrieved 2 August 2016.
- ^Markus, Frank (November 2001). 'BMW 745i – First Drive Review'. Car and Driver. Archived from the original on 18 September 2014.
- ^'2003 model year XK service training technical guide'(PDF). Jaguar Cars North America. 30 September 2002. p. 4. Archived from the original(PDF) on 8 January 2016.
- ^Crawford, Anthony (25 July 2007). '2007 Aston Martin DB9 Coupe Road Test'. CarAdvice. Retrieved 13 September 2016.
- ^ abc'Aston Martin Automatic Gearboxes'. JT Automatics Ltd. Archived from the original on 25 April 2016.
- ^'Review: Ford BF Falcon (2005–10)'. AustralianCar.Reviews. Retrieved 2 August 2016.
- ^'Review: Ford FG Falcon (2008–14)'. AustralianCar.Reviews. Retrieved 2 August 2016.
- ^'Review: Ford SY Territory (2005–11)'. AustralianCar.Reviews. Retrieved 2 August 2016.
- ^ ab'Review: Ford SZ Territory (2011–16)'. AustralianCar.Reviews. Retrieved 2 August 2016.
- ^'ZF 6HP26 Transmission'(PDF). Retrieved 2017-02-02.
Retrieved from 'https://en.wikipedia.org/w/index.php?title=ZF_6HP_transmission&oldid=983850811'
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Rare Ancient CB chan 19* & 24-40* A-group=Xmit or B=Rec (HC6/U or HC25/U): | *=$15.00 |
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HC-25/u crystal | HC-6/u crystal | HC-18/w crystal | HPCS-25 | CCS-6 |
Police Scanner Crystals Click to Scanner Frequency List |
Other crystal style designations:
CR-7, CR-18/U, CR-23/U, CR-27.U, CR-37/U, CR-48/U, CR-52/U, CR-81 are same physical size as HC-6/u
HC-6/L is 'large' crystal same body size as HC-6/u except has larger .093' pins instead of .050' pins
HC-6/W (same as HC-33/U) has wire leads instead of .050' pins found on the HC-6/U version
HC-13/U is 1-1/2' tall version of HC-6/U (often used for frequency standard crystals)
HC-17/u same body size as HC-6/u, except larger .093 pins (also called HC-6/L)
HC-18/u (see HC-18/w illustration above) has wire leads, same physical size as HC-25/U
HC-25/u is 'small' crystal as illustrated above, (soldered case) with .039' plug-in pins
HC-33/U is wire lead version, (otherwise same size) soldered case like HC6/U.
HC-48/U is welded case version of HC6/u (soldered case) crystal.
HC-49/u is same physical size (has wire leads) as HC-18/u but has welded case
HC-50/u is 'small' crystal same physical size as HC-25/u illustrated above (welded case) with .039' plug-in pins
HC-51/u is wire lead version (welded case) same size as HC-33/u similar to HC-6/u
CR-4/U, FT-241 is 'bottom-screw take-apart' holder with .093 pins spaced equal to HC6/L
CM-5, CR-8/U, CR-8B/U, DC-26. FT-243 (Petersen Z-2 & Z-3), & HC-4/U is 'sandwich take-apart' holder with .093 pins spaced equal to HC6/L
Fundamental Frequency ($12.00) (* =$15)crystal List:CR-7, CR-18/U, CR-23/U, CR-27.U, CR-37/U, CR-48/U, CR-52/U, CR-81 are same physical size as HC-6/u
HC-6/L is 'large' crystal same body size as HC-6/u except has larger .093' pins instead of .050' pins
HC-6/W (same as HC-33/U) has wire leads instead of .050' pins found on the HC-6/U version
HC-13/U is 1-1/2' tall version of HC-6/U (often used for frequency standard crystals)
HC-17/u same body size as HC-6/u, except larger .093 pins (also called HC-6/L)
HC-18/u (see HC-18/w illustration above) has wire leads, same physical size as HC-25/U
HC-25/u is 'small' crystal as illustrated above, (soldered case) with .039' plug-in pins
HC-33/U is wire lead version, (otherwise same size) soldered case like HC6/U.
HC-48/U is welded case version of HC6/u (soldered case) crystal.
HC-49/u is same physical size (has wire leads) as HC-18/u but has welded case
HC-50/u is 'small' crystal same physical size as HC-25/u illustrated above (welded case) with .039' plug-in pins
HC-51/u is wire lead version (welded case) same size as HC-33/u similar to HC-6/u
CR-4/U, FT-241 is 'bottom-screw take-apart' holder with .093 pins spaced equal to HC6/L
CM-5, CR-8/U, CR-8B/U, DC-26. FT-243 (Petersen Z-2 & Z-3), & HC-4/U is 'sandwich take-apart' holder with .093 pins spaced equal to HC6/L
The following HC6/u (except as noted) crystals are in box 12: [1] 131.140 HC13/u; [1] 148.000 HC13/u; [1] 149.000 HC13/u; [1] 202.317; [2] 205.000; [2] 205.317; [1] 209.817; 234; [1] 236.000; [4] 244.000; [3] 256.128; [1] 260.00; [1] 284.00; [6] 308.000; [3] 315.000 HC6/w; [1] 316.000; [1] 327.820; [3] 340.000; [1] 355.000; [4] 364.00; [1] 412.000; [1] 428.000, 453.5; 456.5;
The following HC6/u (except as noted) crystals are in box 2A:
[1] 2106.25; [1] 2118 (HC6/L); [2] 2122.5; [1] 2148.875; [1] 2155.25; [1] 2170.125; [3] 2174.375; [2] 2178.75; [1] 2223.25; [1] 2237.25; [1] 2250.00; [1] 2437.50; [1] 2440.75; [1] 2443.33; [1] 2628.25; [1] 2646.00; [1] 2647.00; [2] 2658.25; [1] 2660.00;[1] 2662.00; [1] 2677.00; [1] 2681.00; [1] 2684.50; [2] 2688.25; [1] 2695.75; [1] 2706.25 (HC6/L); [1] 2713.75 (HC6/L); [1] 2950.00; [1] 2976.33; [1] 2995.00
{note--above numbers--this section--in kHz; below numbers shown in mHz}[1] 2106.25; [1] 2118 (HC6/L); [2] 2122.5; [1] 2148.875; [1] 2155.25; [1] 2170.125; [3] 2174.375; [2] 2178.75; [1] 2223.25; [1] 2237.25; [1] 2250.00; [1] 2437.50; [1] 2440.75; [1] 2443.33; [1] 2628.25; [1] 2646.00; [1] 2647.00; [2] 2658.25; [1] 2660.00;[1] 2662.00; [1] 2677.00; [1] 2681.00; [1] 2684.50; [2] 2688.25; [1] 2695.75; [1] 2706.25 (HC6/L); [1] 2713.75 (HC6/L); [1] 2950.00; [1] 2976.33; [1] 2995.00
1.220625-pt, 1.400-pt, 2.009-pt, 2.125, 2.145, 2.155, 2.180, 2.190, 2.205, 2.225, 2.75875-pt, 3.120, 3.54833-pt, 3.579545, 3.785=HC6W, Receive Crystals (Channel Frequency -23.500mHz):Demco Travelier
Marden 239 (HC6/u) [19]3.565=9R; [1]3.775=27R; [1]3.805=30RReceive Crystals (31.955mHz -Channel Frequency): Marden 258 (HC6/u) Tram 27E, Titan, Titan II
4.920-pt=ch-7R,4.000(hundreds-HC18/u), 4.085-pt, 4.300, 4.400, 4.410, 4.420, 4.430, 4.440, 4.595, 4.615, 4.625, 4.635, 4.685-pt, 4.795, 4.9504-pt
5.047, 5.120, 5.335-pt, 5.542, 5.545, 5.548, 5.695, 5.705, 5.715, 5.725, 5.735, 5.900, 5.995 6+++MHz crystals:
(includes *HR2A=FreqX24 Ham 2 Meter transmit crystals)
($12) or (*=$15) 6.000, 6.010, 6.015, 6.020, 6.02128, 6.025, 6.035, 6.040, *6.0875(146.100), *6.08875(146.130), *6.0900(146.160), *6.09125(146.190), *6.0925(146.22), *6.09375(146.250), *6.09500(146.280), *6.09625(146.310), 6.0965, *6.09875(146.370), *6.1000(146.400), *6.10125(146.430), *6.1025(146.460), *6.1050(146.520), 6.1065, *6.1100(146.640), *6.1125(146.700), *6.11375(146.730), *6.1150(146.760), *6.11625(146.790), 6.1165, *6.1175(146.820), [7]*6.1200(146.880), *6.12125(146.910), *6.1225(146.940), *6.12625(147.030), 6.1265, *6.13625(147.270), *6.140416(147.370), *6.14125(147.390), *6.16125(147.870), *6.11617(147.880), *6.150(147.600), 6.1504, 6.160, *6.16625(147.990), 6.170, 6.1704, *6.1750(148.200), 6.180, 6.1804, *6.18375(148.410), 6.190, 6.1904, 6.200, *6.21458(149.15), 6.2235, 6.2265, *6.25375(150.090), 6.2835, 6.2865, 6.355, 6.450, 6.460, 6.470, 6.480, 6.490 Receive Crystals (Channel Frequency -20.635mHz): Marden 210-HC6
Receive Crystals (Channel Frequency -455kHz divided by four):Knights X42M =Marden 244 (HC25/u)[3]6.630=X-2R, [2]6.6325=X-3R, [1]6.640=X-5R, [2]6.6425=X-6R, [3]6.650=X-8R, [2]6.6525=X-9R, [1]6.675=X-16R, [2]6.690=X-21R, [1]6.6925=X-22RTransmit Crystals Marden Type 119 (HC6/U) (Channel Frequency divided by four):
7+++MHz crystals:
($12) or (*=$15)[1]7.027, [1]7.034, [1]7.041, [10]7.045, [1]7.105, [7]7.3435, [9]7.3585, [2]7.3615, [4]7.3685, [5]7.3715, [100-HC49]7.3728, [4]7.3785, [4]7.3815, [4]7.3885, [8]7.3915, [3]7.3985, [3]7.4015, [4]7.4225, [7]7.4325, [8]7.4425, [7]7.4525, [1]7.455, [6]7.4585, [7]7.4600, [4]7.4615, [5]7.4625, [6]7.4685, [9]7.4700, [2]7.4715, [8]7.4785, [9]7.4800, [3]7.4815, [3]7.4885, [4]7.490, [8]7.4915, [12]7.4925, [2]7.4965, [2]7.4985, [5]7.500, [1]7.5015,[1]7.5025, [1]7.505, [1]7.5525, [1]7.640, [1]7.67754, [1]7.678321, [1]7.705, [12]*7.7083, [2]7.7098, [8]7.7100, [8]7.7125, [1]7.715, [3]7.7265, [9]7.7266, [5]*7.7627, [9]7.7291, [1]7.735, [4]7.7432, [15]*7.7433, [1]7.745, [9]*7.7458, [1]7.7532, [6]7.7599, [12]*7.7600, [9]*7.7625, [1]7.7766, [3]7.7933, [1]7.79333, [7]*7.7985, [3]7.800, [4]*7.8015, [9]*7.8025, [3]7.810, [3]7,8266, [2]7.8433, [6]7.854, [1+4]7.8600, [9]7.8660, [6]7.8666, [12]7.8767, [1]*7.876, [10]7.8766, [12]7.8767, [10]*7.8791, [1]7.87916, [10]*7.8933, [7]7.8934, [2]7.895, [8]*7.8958, [1]7.904, [10]*7.9100, [3]*7.9125, [9]7.9266, [3]7.9267, [5]7.9268, [7]*7.9291, [1]7.9430, [12]*7.9433, [9]*7.9434, [7]7.9435,[10]7,954, [1]7.959, [1]7.9460, [11]7.960, [1]7.9625, [10]7.9660, [4]7.976, [2]7.9766, [6] 7.9767, [2] 7.9791, [9]7.986, [1]7.9935, [12]7.996,Ancient HC-6 or HC-6/L or FT-241 or FT-243 crystalsthis paragraph $10 inventory reduction
2646; [3]-2658.25; 2.681; 2.68625; 2976.33; 3080; 3192.25; 3.194, 4.016667; 4.050; 4.0833; [5]-4.300; 4.88889; 4903.7; 4933.33; 4962.96; 5.300, 5.825, 6.2529, 6.286.2, 7.180-HC6L; [3]7.36944; 7376; 7377.78; 7387.8; 7407.41l 7411.111; 7422.44; 7437.94; [3]-7,450; [6]-7.500; 7.520; 7530; 7541.667; [3]7.600; 7703.7; 7.720; 7.72222; 7.722237; 7.730; 7758.383; 7761.111; 7791.567; [3]-7.850; 7.890; 7.920, 7.925; 7930; 7958.333; 7.990; 8.050-HC6L, 8.066-HC6L, 8.070-HC6L, 8.072-HC6L, 8.074-FT243, 8.075-HC6L, 8.080-HC6L, 8.105-HC6L, 8.115-HC6L, 8.120-HC6L, 8.125-HC6L, 8.156-HC6Lx18=146.808 8.163-HC6Lx18=146.935 8.180-HC6L 8.200-FT243, 8.224-HC6u, 8.230-FT243, 8.275-FT243, 8.280-FT243, 8.308333-HC6u, 8.350-HC6u 8.36208-HC6u 8.460-HC6L, 8.475-FT243, 8.500-HC6/L; 8.625-FT243, 8.791667-HC6u 14.100; 18.51758+++MHz crystals:
5/6 Simplified
(*includes HR2B=FreqX18 Ham 2 Meter transmit crystals).Synthesis=$12; and PLL (*=$15) 8.000, 8.004, 8.0102, 8.059, *8.07944(145.43) 8.109, *8.11166(146.010), 8.112, *8.11333(146.040), *8.115(146.070), *8.1166(146.100), *8.11833(146.130), *8.15333(146.76) *8.120(146.160), *8.12333(146.220), *8.125(146.250), *8.1266(146.280), *8.12833(146.310), *8.130(146.340), *8.13166(146.370), *8.1333(146.400), *8.135(146.430), *8.1366(146.460), *8.140(146.520), *8.1466(146.640), *8.150(146.700), *8.15166(146.730), *8.15333(146.760), [4]*8.155(146.790), *8.1566(146.820), 8.159, *8.160(146.880), *8.16166(146.910), *8.1633(146.940), 8.1635, 8.1665, *8.1666(147.000), 8.1735, 8.1765, *8.18166(147.270), 8.1835, 8.1865, *8.190(147.420), 8.1935, 8.1965, *8.20166(147.630), 8.2065, *8.215(147.870), *8.245(148.410), *8.304(149.470), 8.309, *8.33833(150.090), 8.359, 8.409, 8.421, 8.429, 8.431, 8.441, 8.451, *8.459, 8.461, 8.462, 8.489, *8.509, 8.513, 8.519, 8.529, *8.559, 8.589, 8.625, 8.635, 8.645, 8.655-pt, *8.659, *8.709, *8.759, *8.809, *8.859, Frequency Range 8.1325=chan 1 to 8.3525mHz=chan 40: FO-10.7/2 Marden type 310 HC18/w synthesis (Transmit & Receive) crystals
[2] 8.2925=chan28[2] 8,3075-chan31Receive Crystals (Channel Frequency -455kHz divided by three)
Pearce Simpson Companion I & II
Knights S15L =Marden 226 =Petersen RL2 & RO2; [1]8.840=S-2R, [1]8.85666=S-6R, [3]8.87666=S-11R, [1]8.910=S-19R, [1]8.93333=S-23R,Transmit Crystals Knights E-series
Polycom 2, N, PCN-4, PCN-8, PCN-12
(Channel Frequency divided by three):Knights E32L =Petersen TB2 (HC6/L) [1]8.9833=1T, [1]8.995=3T, [1]9.005=5T, [2]9.01166=7T, [6]9.02166=9T, [2]9.025=10T, [3]9.045=15T, [1]9.05833=18T, [1]9.06833=20T, [1]9.075=22T Knights E32S =Petersen TB1 (HC6/u)[1]9.02166=9T, [1]9.03833=13T, [1]9.041667=14T, [2]9.045=15T, [1]9.05166=16T, [1]*9.06166=19T, [1]9.06833=20T, [1]9.075=22T, [1]9.085=23T,9.02166=9T-pt, 9.03833=13T-pt, 9.055=17T-pt, 9.155, 9.205, 9.255, 9.545, 9.555, 9.565, 9.575, 9.56833, 9.585, 9.586, 9.694, 9.744, 9.785, 9.794, 9.820, 9.844, 9.894, 9.944, 9.977, Receive Crystals (Channel Frequency +1.640mHz divided by three):
Marden 233 HC6Synthesis ($12) or PLL (*=$15) Crystals
get 28.100-28.540 mHz (Ham 10-Meter) in #11.3258 Cobra/Uniden CB's
10.000, 10.010, 10.020, 10.030, 10.040, 10.070, 10.140, 10.150, 10.160, 10.1625, 10.170, 10.180, 10.190, 10.197, 10.200, *10.240, 10.245, 10.345, 10.410, 10.412, 10.422, 10.455-pt, 10.500, 10.550, 10.595, 10.605, 10.615, 10.625, 10.635, 10.640, *10.695, 10.700. 10.720, *10.745, *10.750, *10.795, *10.800, 10.820, 10.825. 10.826, *10.850, *10.900, *10.950, 10.9582, , *10.9655, 10.975, 10.985, 10.995 11.0035, 11.0335, 11.035, 11.060, 11.070, 11.080, 11.100, [1]11.112, [1]11.120, 11.150, 11.200, 11.228, 11.250, *11.2580, *11.2595, 11.260, 11.270, 11.275, *11.2842, *11.2850, 11.2935, *11.300, 11.310, 11.313, 11.330, *11.350, 11.360, 11.390, *11.400, 11.440, *11.445, *11.450, 11.462, 11.490, *11.500, 11.505, 11.520, 11.535, 11.540, *11.550, *11.555, 11.575, 11.590, 11.596, *11.600, *11.6035, *11.605, 11.640, *11.650, *11.655, *11.705, 11.706, *11.730 , 11.740, *11.755, 11.790, 11.799, 11.805, 11.806, *11.8066, 11.840, 11.855, 11.890, *11.897, [1]*11.900, *11.905, *11.906, 11.9065, 11.91167, 11.925, 11.935, 11.940, 11.955, 11.960, 11.970, 11.975, 11.990, Synthesis ($12) or (*$15=RC) (Single Crystal Transmit & Receive): General Radiotelephone 'type B' =Marden 303 =Petersen TRT4:
MC6, MC7, MC8, MC9, MC11A, SB72A
(Chan Freq -3.456mHz divided by 2)[1]303=ch1TR=11.7545, [1]303=ch3TR=11.7645, [1]303=ch5TR=11.7795, [1]303=ch6TR=11.7845, [1]303=ch7TR=11.7895, [2]ch 7-1/2TR=*11.7945,[1]303=ch8TR=11.7995, [2]303=ch9TR=11.8045, [1]ch11-1/2TR=*11.8195-RC, [1]303=ch12TR=11.8245, [1]303=ch13TR=11.8295, [1]11.8345=14TR,[1]303=ch15TR=11.8395, [1]303=ch17TR=11.8545, [3]303=ch20TR=11.874512+++MHz synthesis crystals:includes HRT2 FreqX12 2-Meter Ham transmit crystals).
($12) (*=$15) *12.000, *12.005, 12.010, *12.040, *12.050, *12.055, 12.060, 12.065, 12.070, 12.075, 12.080, *12.090, 12.095, *12.105, [3]12.120, 12.130, 12.135, *12.140, 12.145, *12.150, *12.155, 12.160, 12.165, *12.1675(146.010), 12.170, *12.180(146.160), *12.1825(146.190), *12.185(146.220), *12.190&=(146.280), *12.195&=(146.340), *12.2025(146.430), *12.205(146.460), *12.210(146.520), *12.2175(146.610), 12.220, *12.224166(146.690), 12.225, *12.230(146.760), *12.2325(146.790), *12.240, *12.250&=(147.000), 12.255, *12.2625(147.15), *12.300&=(147.600), 12.305, *12.310(147.720), *12.3125(147.75), *12.3225(147.870), *12.325(147.900), 12.340, 12.350, 12.355, 12.405, 12.500, 12.540, 12.550, 12.555, 12.570, 12.605, 12.620, 12.650, 12.800, 12.803, *12.87625(154.515), 12.91041, 12.9525, 12.9625, 12.9875,
5'6 In Inches
13+ MHz HC25/u crystals:includes MT25 type =FreqX12 Marine Transmit:(Marine Receive crystals for 10.7mHz IF radios shown on police scanner crystal webpage)
($12) (*=$15) *13.0250(156.300MTch6), *13.029166(156.350MTch7A), *13.03333(156.400MTch8), *13.035416(156.425MTch68), *13.039583(156.475MTch69), *13.041556(156.500MTch10) *13.04375(156.525MTch70), *13.047916(156.575MTch71), 13.0493, *13.0500(156.600MTch12), *13.052083(156.625MTch72), 13.0725, *13.0875(157.05MTch21A), *13.09166(157.100MTch22), *13.095833(157.150MTch23), *13.097916(157.175MTch83), *13.100(157.200MTch24), *13.10833(157.300MTch26), *13.1125(157.350MTch27), *13.116666(157.400MTch28), [4]13.1325-HC25, 13.157, 13.570,
Marine VHF-FM Radiotelephone (Frequency Order) Channel List for referance |
Channel | Ship Transmit | Ship Receive | [MT25=FreqX12] | (RG=3rdOT X3+10.7) |
60=USA=Int | 156.025 | 160.925 | ||
1=Int | 156.050 | 160.650 | ||
1A=USA | 156.050 | 156.050 | [13.004166] | (48.450) |
61=USA=Int | 156.075 | 160.675 | ||
2=Int | 156.100 | 160.700 | ||
2A=USA | 156.100 | 156.100 | [13.00833] | (48.4666) |
62=USA=Int | 156.125 | 160.725 | ||
3=Int | 156.150 | 160.750 | ||
3A=USA | 156.150 | 156.150 | [13.0125] | (48.4833) |
63=USA=Int | 156.175 | 160.775 | ||
4=Int | 156.200 | 160.800 | ||
4A=USA | 156.200 | 156.200 | [13.0166] | (48.6666) |
64=USA=Int | 156.225 | 160.825 | ||
5=Int | 156.250 | 160.850 | ||
5A=USA | 156.250 | 156.250 | [13.020833] | (48.5166) |
65=Int | 156.275 | 160.875 | ||
65A=USA | 156.275 | 156.275 | [13.10625] | (48.525) |
6=USA=Int | 156.300 | 156.300 | [*13.025] | (*48.5333) |
66=Int | 156.325 | 160.925 | ||
66A=USA | 156.325 | 156.325 | [13.027083] | (48.54166) |
7=Int | 156.350 | 160.950 | ||
7A=USA | 156.350 | 156.350 | [*13.029166] | (48.550) |
67=USA=Int | 156.375 | 156.375 | [13.0625] | (48.55833) |
8=USA=Int | 156.400 | 156.400 | [*13.03333] | (48.5666) |
68=USA=Int | 156.425 | 156.425 | [*13.035416] | (*48.575) |
9=USA=Int | 156.450 | 156.450 | [13.0375] | (48.5833) |
69=USA=Int | 156.475 | 156.475 | [*13.039583] | (*48.5916) |
10=USA=Int | 156.500 | 156.500 | [*13.04166] | (48.600) |
70=USA=Int | 156.525 | 156.525 | [*13.04375] | (*48.6083) |
11=USA=Int | 156.550 | 156.550 | [13.045833] | (48.6166) |
71=USA=Int | 156.575 | 156.575 | [*13.047916] | (*48.625) |
12=USA=Int | 156.600 | 156.600 | [*13.0500] | (48.6333) |
72=USA=Int | 156.625 | 156.625 | [*13.054166] | (48.64166) |
13=USA=Int | 156.650 | 156.650 | [13.054166] | (48.650) |
73=USA=Int | 156.675 | 156.675 | [13.05625] | (48.65833) |
14=USA=Int | 156.700 | 156.700 | [13.05833] | (*48.6666) |
74=USA=Int | 156.725 | 156.725 | [13.060416] | (48.675) |
15=USA=Int | 156.750 | 156.750 | [13.0625] | (48.6833) |
75=USA=Int | 156.775 | 156.775 | [13.064583] | (48.69166) |
16=USA=Int | 156.800 | 156.800 | [13.0666] | (*48.700) |
76=USA=Int | 156.825 | 156.825 | [13.06875] | (48.70833) |
17=USA=Int | 156.850 | 156.850 | [13.070833] | (48.7166) |
77=USA=Int | 156.875 | 156.875 | [13.072916] | (*48.725) |
18=Int | 156.900 | 161.500 | ||
18A=USA | 156.900 | 156.900 | [13.075] | (48.7333) |
78=Int | 156.925 | 161.525 | ||
78A=USA | 156.925 | 156.925 | [13.077083] | (*48.7416) |
19=Int | 156.950 | 161.550 | ||
19A=USA | 156.950 | 156.950 | [13.079166] | (48.750) |
79=Int | 156.975 | 161.575 | ||
79A=USA | 156.975 | 156.975 | [13.08125] | (48.75833) |
20=USA=Int | 157.000 | 161.600 | ||
80=Int | 157.025 | 161.625 | ||
80A=USA | 157.025 | 157.025 | [13.085416] | (48.775) |
21=Int | 157.050 | 161.650 | ||
21A=USA | 157.050 | 157.050 | [*13.0875] | (*48.7833) |
81=Int | 157.075 | 161.675 | ||
81A=USA | 157.075 | 157.075 | [13.089583] | (48.79166) |
22=Int | 157.100 | 161.700 | ||
22A=USA | 157.100 | 157.100 | [*13.09166] | (*48.800) |
82=Int | 157.125 | 161.725 | ||
82A=USA | 157.125 | 157.125 | [13.09375] | (48.80833) |
23=Int | 157.150 | 161.750 | ||
23A=USA | 157.150 | 157.150 | [*13.095833] | (*48.8166) |
83=Int | 157.175 | 161.775 | ||
83A=USA | 157.175 | 157.175 | [*13.097916] | (*48.825) |
24=USA=Int | 157.200 | 161.800 | [*13.100] | (*50.3666) |
84=USA=Int | 157.225 | 161.825 | ||
25=USA=Int | 157.250 | 161.850 | [13.104166] | (*50.3833) |
85=USA=Int | 157.275 | 161.875 | ||
26=USA=Int | 157.300 | 161.900 | [*13.10833] | (*48.8666) |
86=USA=Int | 157.325 | 161.925 | ||
27=USA=Int | 157.350 | 161.950 | [*13.1125] | (*50.4166) |
87=USA=Int | 157.375 | 161.975 | ||
28=USA=Int | 157.400 | 162.000 | [*13.1166] | (*48.900) |
88=Int | 157.425 | 162.025 | ||
88A=USA | 157.425 | 157.425 | [13.11875] | (*48.9083) |
Weather (receive only) channels in numerical-frequency order |
Channel | Frequency | (RG style 3rd OT X3 +10.7) |
WX8-Canada | 161.650 | |
WX9-Environ | 161.775 | |
WX2=NOAA | 162.400 | (*50.56666) |
WX4 | 162.425 | (*50.575) |
WX5 | 162.450 | (*50.583333) |
WX3=NOAA | 162.475 | (*50.5916) |
WX6 | 162.500 | |
WX7 | 162.525 | |
WX1-NOAA | 162.550 | (*50.6166) |
WX0 | 163.275 |
[1]13.255=Q-1R, [4]13.260=Q-2R, [3]13.265=Q-3R, [4]13.275=4R, [2]13.280=Q-5R, [7]13.285=Q-6R, [3]13.290=7R,[3]13.300=Q8R, [7]13.305=Q-9R, [4]13.310=Q-10R, [5]13.315=Q-11R, [5]13.325=Q-12R, [8]13.330=Q-13R, [5]13.335=Q-14R, [3]13.340=Q-15R, [4]13.350=Q-16R, [2]13.13.355=Q-17R, [1]13.360=Q-18R, [3]*13.365=Q-19R, [3]13.375=Q-20R, [4]13.380=Q-21R, [1]13.385=Q-22R, [3]13.400=Q-23R, [1]*13.410=Q-27RC-group:Ancient HC6/u CB Transmit ($10) (*=$15) crystals
Demco Satelite
(1/2 of Channel Frequency) Knights C24S =Marden 116 =Crystek T2-24 =Petersen TJ1 (HC6/u) Knights C32S =Marden 102 =Petersen TG1 (HC6/u) [1]*13.0725, [1]*13.0975, [1]*13.1225, [1]*13.1325, [1]*13.1375, [1]*13.4675,[1]*13.4725, [2]*13.4775, [13]13.4825=C-1T, [4]13.4875=C-2T, [6]13.4925=C-3T, [7]13.5055=C-4T, [9]13.5075=C-5T, [9]13.5125=C=6T, [9]13.5175=C-7T, [6]13.5275=C-8T, [23]13.5325=C-9T, [7]13.5375=C-10T, [7]13.5425=C-11T, [out]13.5525=C-12T, [out]13.5575=C-13T, [1]13.5625=C-14T, [8]13.5675=C15T, [1]*13.5725=C-15-1/2T, [25]13.5775=C-16T, [3]13.5825=C-17T, [7]13.5875=C-18T, [7]*13.5925=C-19T, [9]13.6025=C-20T, [18]13.6075=C-21T, [4]13.6125=22T, [out]*13.6175=C-24T, [9]*13.6225=25T, [3]13.6275=C-23T, [10]*13.6325=C-26T, [16]*13.6375=C-27T, [6]*13.6425=C-28T, [7]*13.6475=C-29T, [2]*13.6525=C-30T,[4]*13.6575=C-31T, [3]*13.6625=C-32T, [2]*13.6675=C-33T, [4]*13.6725=C-34T, [2]*13.6775=C-35T, [5]*13.6825=36T, [6]*13.6875=C-37T, [5]*13.6925=C-38T, [3]*13.6975=C-39T, [7]*13.7025=C-40TReceive Crystals Knights O32S
Kaar TR326A, TR327, TR333
=Marden 213 =Petersen RI1 & RK1 (Channel Frequency +455kHz divided by two):[2]13.710=O-1R, [1]13.715=O-2R, [3]13.735=O-5R, [1]O-7R=13.745=O-7R, [1]13.755=O-8R, [1]13.760=O-9R, [1]13.785=O-13R, [1]13.790=O-14R, [1]13.795=O-15R, [1]13.815=O-18R, [1]13.840=O-22R, Receive Crystals (Channel Frequency +1.650mHz divided by two):Kaar TR326, Saturn 100, CBX-1
Marden 212 HC6 More Synthesis ($12) & PLL* (*=$15) Crystals
14.725, 14.860, 14.914, 14.917, 14.924, 14.934, 14.944, 14.947, 14.950, 14.960, 14.970, *14.980, 14.990, 15.06777, *15.150=CK-D, *15.155=CK-D, 15.290, 15.315, 15.31675, 15.5238, 15.5367, 15.5471 15.5700, 15.5760, 15.5767, 15.590, *15.600=CK-D, *15.605=CK-D, 15.610, 15.6233, 15.6234, 15.643, 15.6433, 15,656, 15.6566, 15.667, 15.670, 15.715, 15.757, 15.765, 15.800, *15.815, 15.836, *15.865, *15.915, 15.965, 15.995, Many Regency & Bearcat Scanner Crystals
are in the 15+++ or 16+++MHz fundamental frequency range. (see scanner crystal webpage)16+++MHz HC25/u crystals: numbers (channel freq-10.695MHz) in italics =Browning Mark III/IV SSB 20pf xmit crystals (*=$15)
16.115,[1]*16.240,[8]*16.250,*16.260(146.340)*16.270=1T,[3]*16.290=3T,[1]*16.320=5T,[2]*16.340=7T,[3]*16.380=10T,[1]*16.430=14T,[6]*16.460=16T,[2]*16.470=17T,[3]*16.480=18T,*16.530=22T,[10]*16.540=24T,[12]*16.550=25T,[3]*16.560=23T,[8]16.570=26T,[3]*16.580=27T,[8]*16.610=30T,[2]*16.650=34T,[1]*16.710=40T, ($12) (includes FreqX9 Ham 2 Meter transmit crystals) 16.000, 16.015, *16.050=CK-D, *16.055=CK-D, 16.065, 16.120, 16.150-pt, 16.165, 16.215, *16.230(146.070), 16.235, *16.2433(146.190), *16.2566(146.310), , *16.265, [1]*16.280=(146.520), , 16.295, *16.315, , 16.325, , 16.3511(147.160), 16.3615, [2]16.370, 16.385, [1]*16.410=12T, 16.4115, *16.415, [3]16.420, , 16.4615, *16.465, [2]16.470-HC6, , [1]16.485, 16.505, [1]16.520, , [1]16.550=HC6, 16.55667, 16.5615, 16.565, 16.55666=(49.670) [1]16.600-HC6, , 16.615, [2]16.620-HC18/w, 16.625-HC18/w, 16.6433, , 16.6633-HC18/w, [1]16.665, [1]16.7085, [1]16.7115, [4]16.715, [5+]*16.760, [5+]16.765, [5]16.770-HC18/w, 16.775-HC18/w, [19]*16.815, [2]16.845, [11]*16.865, 16.975-HC6, 17.1085,Receive Crystals (Channel Frequency -10.000mHz):fit International Executive 50, 100, 100A, 222;fit Pace 145
Knights N20M Marden 415 )[1]*16.915=5-belowR, 16.965=N-1R, [3]16.985=n-3R, [17]17.015=n-5R(&M-415), [1]17.055=n-8R, [23]17.065=n-9R(&M-415), [1]17.075=n-10R, [19]17.115=n-13R(&M-415), [12]17.155=n-16R(&M-415), [1]17.165=n-17R, [1]17.175=n-18R [1]17.185=n-19R, [32]17.215=n-21R,(&M-415) [1]17.225=n-22R, [7]*17.235=N-24R(&M-415), [1]17.255=n-23R, [27]*17.265=N-26R(&M-415), [1]17.280, [4]*17.295=N-29R, [34]17.315(&M-415) [55]*17.365=N-36R(&M-415), [35]*17.415(&M-415), [1]*17.465, [1] 18.5175-Z-3=FT243; 19.565,FT-241A (WW-II Military) crystals: ($10 each)
20.0MC=Channel 0; 20.1MC=Channel 1; 20.2MC=Channel 2; 20.3MC=Channel 3; 20.4MC=Channel 4; 20.5MC=Channel 5; 20.6MC=Channel 6; 20.7MC=Channel 7; 20.9MC=Channel 9; 21.0MC=Channel 10; 21.4MC=Channel 14; 21.5MC=Channel 15; 21.6MC=Channel 16; 21.7MC=Channel 17; 21.8MC=Channel 18; 21.9MC=Channel 19; 22.0MC=Channel 20; 22.1MC=Channel 21; 22.2MC=Channel 22; 22.3MC=Channel 22; 22.3MC=Channel 23; 22.4MC=Channel 24; 22.5MC=Channel 25; 22.6MC=Channel 26; 22.7MC=Channel 27; 22.8MC=Channel 28; 22.9MC=Channel 29; 23.1MC=Channel 31; 23.2MC=Channel 32; 23.3MC=Channel 33; 23.4MC=Channel 34; 23.5MC=Channel 35; 23.6MC=Channel 36; 23.7MC=Channel 37; 23.8MC=Channel 38; 23.9MC=Channel 39; 24.0MC=Channel 40; 24.1MC=Channel 41; 24.2MC=Channel 42; 24.3MC=Channel 43; 24.4MC=Channel 44; 24.5MC=Channel 45; 24.6MC=Channel 46; 24.7MC=Channel 47; 24.8MC=Channel 48; 24.9MC=Channel 49; 25.0MC=Channel 50; 25.1MC=Channel 51; 25.2MC=Channel 52; 25.3MC=Channel 53; 25.4MC=Channel 54; 25.5MC=Channel 55; 25.6MC=Channel 56; 25.7MC=Channel 57; 25.8MC=Channel 58; 25.9MC=Channel 59; 26.0MC=Channel 60; 26.1MC=Channel 61; 26.2MC=Channel 62; 26.3MC=Channel 63; 26.4MC=Channel 64; 26.5MC=Channel 65; 26.6MC=Channel 66; 26.7MC=Channel 67; 26.8MC=Channel 68; 26.9MC=Channel 69; 27.0MC=Channel 70; 27.1MC=Channel 71; 27.2MC=Channel 72; 27.3MC=Channel 73; 27.4MC=Channel 74; 27.5MC=Channel 75; 27.6MC=Channel 76; 27.7MC=Channel 77; 27.8MC=Channel 78; 27.9MC=Channel 79;Receive Crystals (Channel Frequency -6.500mHz):Claricon 15-500A
Marden 267=HC25 20.265, 20.465=Ch-1R, 20.515=Ch-6R, 20.555=Ch-8R, 20.565=Ch-9R, 20.575=Ch-10R, 20.585=Ch-11R, 20.605=Ch-12R, 20.615=Ch-13R, 20.625=Ch-14R, 20.655=Ch-16R, 20.665=Ch-17R, 20.675=Ch-18R, 20.705=Ch-20R, 20.715=Ch-21R, 20.725=Ch-22R, 20.755=Ch-23R, Receive Crystals (Channel Frequency -5.500mHz):
Marden 259-HC6 22.610-pt,
Receive Crystals (Channel Frequency -4.455mHz):Action Labs TCV-77, TCV271
Marden 246-HC6 Third Overtone ($12) (*=$15) HC25/u synthesis crystal frequency list
*22.940, *22.990, *23.035, *23.045, *23.080, *23.085, *23.090, *23.125, *23.130, *23.135, *23.140, *23.180, *23.190, *23.230, *23.240, *23.250, *23.280, 23.290, 23.340, 23.380, 23.390, 23.435, 23.440, 23.480, 23.490, 23.520, 23.540, *23.560, *23.570, *23.590, *23.600, *23.610, *23.620, *23.630, *23.640, *23.650, *23.660, *23.680, *23.690, *23.720, *23.740, *23.780, *23.790, *23.830, *23.840, *23.880, *23.930, *23.940, *23.990, *24.000, *24.080, *24.130, 25.235-pt, 25.335, 25.365, 25.375, 25.385, Knights ZSRM =Marden 242 =Petersen RAL4
Lafayette HB500
(Channel Frequency -3.580mHz) [1]23.385=z-1R; [1]23.425=z-4R; [2]23.455=z-7R; [2]23.485=z-9R; [1]23.495=z-10R; [1]23.505=z-11R; [2]23.525=z-12R; [1]23.535=z-13R; [1]23.545=z-14R; [1]23.585=z-17R; [1]23.595=z-18R; [1]23.675=z-23RReceive Crystals (Channel Frequency -1.755mHz):Eico 777
Marden 264-HC6 Receive Crystals Knights R20S =Marden 203 =Petersen RG1 (HC6/u)Eico 770, 771, 772
(Chan Freq -1.750mHz) 26.510 to 26.950MHz Channels 1 thru 40 B-group Receive
Citifone CD5, CD6, CD7, CD11, 99
Courier 12, TRC1, TRC2, TRC3, TRC27A
fit Lafayette HE75, HE88, HE100, HA130, HA135, Dynavom 5, Dynacom 6, Johnson 100, 110, Demco Chalet
(Channel Frequency -455kHz, 3rd Overtone) Walkie Talkie HC25/u & Large HC6/u Crystals for Ancient CB's (specify radio make/model):26.510=1R, 26.520=2R, 26.530=3R, 26.550=4R, 26.560=5R, 26.570=6R, 26.580=7R, 26.600=8R, 26.610=9R, 26.620=10R, 26.630=11R, 26.650=12R, 26.660=13R, 26.670=14R, 26.680=15R, 26.700=16R, 26.710=17R, 26.720=18R, *26.730=19R, 26.750=20R, 26.760=21R, 26.770=22R, *26.780=24R, *26.790=25R, 26.800=23R, *26.810=26R, *26.820=27R, *26.830=28R, *26.840=29R, *26.850=30R, *26.860=31R, *26.870=32R, *26.880=33R, *26.890=34R, *26.900=35R, *26.910=36R, *26.920=37R, *26.930=38R, *26.940=39R, *26.950=40R, Knights B05S =Marden 202 =Petersen RBB1 Knights B20S =Marden 201 =Petersen RB1 (HC6/u 20pf) Knights B05M =Marden 240 =Petersen RA4Knights B20M =Marden 247 =Petersen RB4 =Bomar 2W20 =CBR-1 Knights BSRS =Marden 211 =Petersen RF1 =Crystek R4AMessenger I & II
Knights BSRM =Marden 265 =Petersen RF4W=T Receive, Hallicrafters CB20, Pearce Simpson Companion III, Companion IV, Panther, Sentry II
(HC6/u Series Resonant) (HC25/u) Receive Crystals (Channel Frequency -265kHz,Marina Sparton Deluxe
Marden 245=HC6 3rd Overtone: 26.965 to 27.405MHz CB Channels 1 thru 40 A-Group=Transmit
Walkie Talkie HC25/u & Large HC6/u Crystals for Ancient CB's (specify radio make/model)
A-Group CB Channel | 3rd OT Frequency | B-Group -455 Receive |
CB Chan-1T | 26.965 mHz | 26.510 mHz |
CB Chan-2T | 26.975 mHz | 26.520 mHz |
CB Chan-3T | 26.985 mHz | 26.530 mHz |
CB Chan-4T | 27.005 mHz | 26.550 mHz |
CB Chan-5T | 27.015 mHz | 26.560 mHz |
CB Chan-6T | 27.025 mHz | 26.570 mHz |
CB Chan-7T | 27.035 mHz | 26.580 mHz |
CB Chan-8T | 27.055 mHz | 26.600 mHz |
CB Chan-9T | 27.065 mHz | 26.610 mHz |
CB Chan-10T | 27.075 mHz | 26.620 mHz |
CB Chan-11T | 27.085 mHz | 26.630 mHz |
CB Chan-12T | 27.105 mHz | 26.650 mHz |
CB Chan-13T | 27.115 mHz | 26.660 mHz |
CB Chan-14T | 27.125 mHz | 26.670 mHz |
CB Chan-15T | 27.135 mHz | 26.680 mHz |
CB Chan-16T | 27.155 mHz | 26.700 mHz |
CB Chan-17T | 27.165 mHz | 26.710 mHz |
CB Chan-19T | *27.185 mHz | *26.730 mHz |
CB Chan-20T | 27.205 mHz | 26.750 mHz |
CB Chan-21T | 27.215 mHz | 26.760 mHz |
CB Chan-22T | 27.225 mHz | 26.770 mHz |
CB Chan-23T | 27.255 mHz | 26.800 mHz |
CB Chan-24T | *27.235 mHz | *26.780 mHz |
CB Chan-25T | *27.245 mHz | *26.790 mHz |
CB Chan-26T | *27.265 mHz | *26.810 mHz |
CB Chan-27T | *27.275 mHz | *26.820 mHz |
CB Chan-28T | *27.285 mHz | *26.830 mHz |
CB Chan-29T | *27.295 mHz | *26.840 mHz |
CB Chan-30T | *27.305 mHz | *26.850 mHz |
CB Chan-31T | *27.315 mHz | *26.860 mHz |
CB Chan-32T | *27.325 mHz | *26.870 mHz |
CB Chan-33T | *27.335 mHz | *26.880 mHz |
CB Chan-34T | *27.345 mHz | *26.890 mHz |
CB Chan-35T | *27.355 mHz | *26.900 mHz |
CB Chan-36T | *27.365 mHz | *26.910 mHz |
CB Chan-37T | *27.375 mHz | *26.920 mHz |
CB Chan-38T | *27.385 mHz | *26.930 mHz |
CB Chan-39T | *27.395 mHz | *26.940 mHz |
CB Chan-40T | *27.405 mHz | *26.950 mHz |
Johnson Messenger I & II
Hallicrafters CB12, CB19, CB20; Regency Ranger CB270; Robyn 7+4
Johnson Messenger III, 100, 110; Lafayette Dynacom 5, Dynacom 6
fit Lafayette HE-75, HE-88, HE-100, HA130, HA135, Demco Chalet
Knights ASRS =Crystek T1A =Marden 110 =Petersen TD1 (HC6/u Series Resonant) Knights ASRM =Marden 132 =Petersen TD4 (HC25/u Series Resonant) Knights A32M =Marden 122 =Petersen TH4 (HC25/u 32pf) Channel Frequency 3rd Overtone Knights A05M =Marden 134 =Petersen TM4Knights A20M =Petersen TA4 =Marden 129 =Bomar 1W20 =CBT-1 (HC25/u 20pf) Knights A20S =Marden 101 =Petersen TA1 =Crystek T1-20
Transmit 5 6 32 Inches
Heath CB1, GW10, Lafayette HE20CPearce Simpson Companion I, II
Citifone CD5, CD6, CD7
(HC6/u 20pf) Knights A05L & A15L =Petersen TH2, =Marden 120 Knights A05S =Marden 104 =Petersen TH1 Knights A20L =Petersen TA2 (HC6/L)Knights A20W =Petersen TA3 =Marden 125 (HC18/w)Ancient H20S =Crystek R5-17 =Petersen RC1 =Shepherd RS120 Receive HC6/u Crystals (Channel Frequency +455kHz):Heath GW10, GW32, GW42
[2]27.420=H-1R, [1]27.430=H-2R, [3]27.440=H-3R, [6]27.460=H-4R, [3]27.470=H-5R, [2]27.480=H-6R, [2]27.490=H-7R, [4]27.510=H-8R, [6]27.520=H-9R, [5]27.530=H-10R, [2]27.540=H-11R, [8]27.560=H-12R, [5]27.570=H-13R, [4]27.580=H-14R, [5]27.590=H-15R, [4]27.610=H-16R, [3]27.620=H-17R, [2]27.630=H-18R, [2]*27.640=H-19R, [8]27.660=H-20R, [6]27.670=H-21R, [3]27.680=H-22R, [1]27.710=H-23R,Receive Crystals (Channel Frequency +455kHz):
Cobra V, Knight KN2520, KN2522, Safari II, III, IV
Knights h20M (HC25/u) =Marden 252 =Midwest 4-AA =Petersen RC4 & RW3 Knights hSRM (HC25/u) =Marden 230 =Petersen RW4
28.500-ptF20SLafayette HE20A/B/C
=Crystek R6-20 =Marden 209 =Shepherd RSG20 =Petersen RX1 (HC6/u) (Channel Frequency +1650kHz [8]28.615=F-1R, [5]28.625=F-2R, [3]F20S-3R=28.635=F-3R, [1]28.655=F-4R, [3]28.665=F-5R,[8]28.675=F-6R, [5]28.685=F-7R,[4]28.705=F-8R, [9]28.715=F-9R,[4]28.725=F-10R, [4]28.735=F-11R, [1]28.745,[9]28.755=F-12R [8]28.765=F-13R,[5]28.775=F-14R, [4]28.785=F-15R, [2]28.795 [9]28.805=F-16R, [7]28.815=F-17R,[7]28.825=F-18R, [2]*28.835=F-19R, [1]28.845, [1]28.855=F-20R, [9]28.865=F-21R,[11]28.875=F-22R, [4]*28.885=F-24R [2]*28.895=F-25R [7]28.905=F-23R, [2]*28.915=F-26R,[1]*28.935-F-28R, [1]*28.945=F-29R.[1]*28.955=F-30R. [1]*28.965=F-31R.[1]*28.985=F-33R.[1]*29.025=F-37R. [1]*29.035=F-38R.[1]*29.045=F-39R.Knights FSRS =Marden 219 =Petersen RD1 & RE1 =Shepherd RSG00Hallicrafters CB7, CB9, CB17
(HC6/u Series Resonant, Channel Frequency +1650kHz) :Knights FSRM (HC25/u)Hallicrafters CB12, CB19
=Crystek MR6A =Marden 248 =Petersen RE4 =19-3483-series D-group:
Receive Crystals (Channel Frequency +1680kHz):Knights DSRM =Marden 228 (HC25/u)Knights D20S (HC6/u) More PLL mixer (*=$15) Crystals
*29.085, *29.430, *29.515-pt, *29.885, *30.220-pt, *[1]30.820, *31.120 Receive Crystals Knights XM20M =Petersen RAI4Hallicrafters CB8, CB18
(Channel Frequency +4.225mHz): W-group:
Messenger III, 300, 303, Fieldmaster TR-17
Receive Crystals (Channel Frequency +4.300mHz): Knights W32M =Crystek MR27-50 =Marden 232 =Petersen RAD4 =Shepherd RMW32 (HC25/u) [1]*31.235=w-26.935R, [44]31.265=w-1R, [40]31.275=w-2R, [55]31.285=w-3R, [1]31.295=w-26.995R, [54]31.305=w-4R, [45]31.315=w-5R, [55]31.325=w-6R, [47]31.335=w-7R, [80]31.355=w-8R, [119]31.365=w-9R, [113]31.375=w-10R, [141]31.385=w=11R, [40]31.405-w=12R, [50]31.415=w-13R, [18]31.425=w-14R, [20]31.435=w-15R, [31]31.455=w-16R, [12]31.465=w-17R, [16]31.475=w-18R, [17]*31.485=w-19R, [17]31.505=w-20R, [19]31.515=w-21R, [35]31.525=w-22R, [2]*31.535=w-24R, [2]*31.545=w-25R, [24]31.555=w-23R, [2]*31.565=w-26R, [1]*31.575=w-27R, [2]*31.585=w-28R, [2]*31.595=w-29R, [5]*31.605=w-30R, [2]*31.615=w-31R, [2]*31.635=w-33R, [2]*31.645=w-34R, [2]*31.655=w-35R, [2]*31.665=w-36R, [2]*31.675=w-37R, [2]*31.685=w-38R, [2]*31.695=w-39R, More PLL mixer (* =$15) Crystals
chan 1-23 Browning R2700A, Mark III & IV receiver(chan 26-57)chan 28-59 Browning Mark III & IV receiver
*31.350, [sold/out]*31.400=HC18w . [1]31.635=HC18w , [1]*31.700=HC18w , [1]31.720=HC18w ;, [1]32.380, [3]32.450=410, [18]*32.550, [1]32.595=409, [15]*32.600, [1+5]*32.640=410, [15+1]32.645, [18+9]*32.650, [34]*32.695, [1+12]32.700=410, [2]32.715=409, [13+16]*32.745 [16]32.750-HC18w, [2]32.755, [26+4]*32.795=409-HC18w, [4+]*32.800, [3]32.845 *32.850, [3+]32.895, [5]*32.900, [1]32.945-409=HC18w, [3]32.950-HC25u, [4]32.970-HC18w, [3+]32.995, Knights G15S:Ancient HC6/u Receive Crystals (Channel Frequency +6.000mHz:
=Marden 222 =Petersen RQ1 [1]{2}32.965=G-1R, [1]32.975=G-2R, {3}32.985=G-3R, [1]{2}33.015=G-5R [3]{2}33.035=G-7R, [1]33.055=G-8R, [2]{1}33.065=G-9R, {2}33.075=G-10R [2]33.085=G-11R [1]33.105=G-12R, [1]{1}33.115=G-13R [1]{4}33.125=G-14R, [1]33.135=G-15R, [1]{1}33.155=G-16R, [1]33.165=G-17R, [1]{2}33.175=G-18R, [1]33.205=G-20R, [3]{1}33.215=G-21R, [1]33.225=G-22R, [1]{1}33.255=G-23R,More Synthesis ($12) & Special and PLL* (* =$15 each) Crystals
[3]*33.000-HC18w(see also HamMixer), [2]33.030-HC18w, [2]33.045-HC25, [57+]*33.050, [1]33.090-HC18w, [1]33.095-HC25, [59+]*33.100, [1+]33.115-HC25, [1]*33.130-HC25, [3+]*33.145-HC25, [8+]33.150, [1+]33.175-HC25 , [10+]*33.195-HC25, [6+]33.200, [2]33.205-HC18/w, [3]33.215-HC18/w, [3+]*33.245, [10]33.250, [4]33.265, [12+]33.270-HC18w, [2}33.295, [14+]*33.300, [2]33.315-HC18w, [19+]*33.350, [29+]*33.400, [1]33.405-HC18w, [1]33.435, [13]33.450, Receive Crystals Knights xL32M =Marden 253 =Petersen RAR4 (HC25/u, Channel +6.685mHz)
Lafayette HB555: [1]33.660=xl-2R; [1]33.670=xl-3R; [2]33.700=xl-5R; [1]33.710=xl-6R; [1]33.720=xl-7R; [1]33.740=xl-8R; [4]33.750=xl-9R; [3]33.770=xl-11R;[2]33.790=xl-12R; [3]33.800=xl-13R; [2]33.810=xl-14R; [2]33.820=xl-15R; [4]33.850=xl-17R; [3]33.860=xl-18R; [1]33.890=xl-20R; [2]33.900=xl-21R; [1]33.910=xl-22R; [2]33.940=xl-23R
More Synthesis ($12), Special & PLL* (* =$15) crystals:
[1]33.550, [1]33.600, [1]33.766, [2]33.900-HC18w, [5]33.971, [2]34.766, [6]*34.771, [3]34.806, [7]*34.821, [8]*34.871, [14]*34.921, [18]34.971, [9]35.021, [3]35.071, [6]35.121, [6]35.171, [10]35.221, 35.241, *35.271, [1]*35.300, *35.321, 35.331, [4]*35.371, 35.421-pt, *35.4875, *35.740, 35.775-pt, 35.910, 35.915, *35.930, 35.951, 35.970, 36.000, 36.015, [1]36.030, 36.035, 36.060, 36.105, 36.115, [3]36.170, *36.180, [5]*36.190, 36.230, *36.380, [3]*36.570 , [3]*36.630, [9]36.750, *36.820, [1]*37.010, [2]*37.020, *37.200, *37.250, *37.300, *37.340, *37.345, *37.350, *37.395, *37.400, *37.445, *37.450, *37.495, *37.500, *37.550, 37.600, 37.650, 37.700, 37.750, 37.795, 37.800, 37.850, *37.870, *37.900, *37.930, *37.950, *37.960, *37.990, *38.000, 38.025, *38.050, *38.100, *38.150, *38.165, *38.195, *38.200, *38.215, *38.265, *38.275&PB, *38.285&PB, *38.295&PB, *38.315&PB, *38.350, *38.385&PB, *38.395&PB, *38.400, *38.415&PB, *38.475, *38.485, *38.515&PB, *38.565, *38.615, *38.665, *38.970,
39.070, *39.130, 39.160, 39.175, 39.190, 39.230, 39.270, 39.290, *39.570, 40.000, *40.010, 40.500, 40.850, 41.200, 41.250, 41.300, 46.415, 49.405, 49.475, 49.515, Ham Radio Application ListingsHam Radio band-mixer* crystals:(*=$15)
# Special Order Ham Radio band-mixer crystals: (Sorry: we don't have a reasonably priced source to order crystals that we don't have in stock)
Kenwood TS820 (HC-25/u): [0]#32.000(26.5-27.0), [3]*32.450(26.95-27.45). [0]#32.500(27.0-27.5), [18]*32.550(27.05-27.540), [15]*32.600(27.1-27.6), [13]*32.700(27.2-27.7), [4+]*32.800(27.3-27.8), [5]*32.900(27.4-27.9), [46]*33.000(27.5-28.0), [0]*33.500(28.0-28.5), [0]*34.000(28.5-29.0), [0]#34.500(29.0-29.5)
[1]*35.500
Yaesu FL101, FT101E, FT401B & FTX400 (HC-25/u): (*=$15)
# Special Order Ham Radio band-mixer crystals: (Sorry: we don't have a reasonably priced source to order crystals that we don't have in stock)
[0]#30.020(24-24.5), [0]#30.520(24.5-25.0), [0]#32.020(26.0-26.5), [1]*32.520(26.5-27.0), [0]#33.020(27.0-27.5), [0]#33.520(27.5-28.0), [0]#34.020(28.0-28.5), [0]#34.520(28.5-29.0), [0]#35.020(29.0-29.5), [0]#35.520(29.5-30.0)
Heath SB104 & Kenwood TS520 & R599/T599 (HC-25/u): (*=$15)
# Special Order Ham Radio band-mixer crystals: (Sorry: we don't have a reasonably priced source to order crystals that we don't have in stock)
[0]#33.395(24.5-25.0), [0]#34.895(26.0-26.5), [0]#35.395(26.5-27.0), [0]#35.895(27.0-27.5), [0]#36.395(27.5-28.0), [0]#36.895(28.0-28.5), [5]*37.395(28.5-29.0)
Yaesu FT101ZD, FT107, FT707, FT901DM & FT902DM (HC-25/u): (*=$15):
# Special Order Ham Radio band-mixer crystals: (Sorry: we don't have a reasonably priced source to order crystals that we don't have in stock)
[0]#40.4875(26.0-26.5), [0]#40.9875(26.5-27.0), [0]#41.4875(27.0-27.5), [0]#41.9875(27.5-28.0), [0]#42.4875(28.0-28.5), [0]#42.9875(28.5-29.0), [0]#43.4875(29.0-29.5), [0]#43.9875(29.5-30.0)
Drake TR4C (HC6/u): , [12]*41.000(26.5-27.0),
Henry Tempo One & Yaesu FT7B & FT301 & FT-200 & Sommerkamp FT250 (HC-25/u) (*=$15):
# Special Order Ham Radio band-mixer crystals: (Sorry: we don't have a reasonably priced source to order crystals that we don't have in stock)
[1]*40.000(25.5-26.0), [1]*40.500(26.0-26.5), [0]#41.000(26.5-27.0), [0]#41.500(27.0-27.5), [0]#42.000(27.5-28.0), [0]#42.500(28.0-28.5), [0]#43.000(28.5-29.0), [0]#43.500(29.0-29.5), [0]#44.000(29.5-30.0)
Tempo 2020 (HC-25/u) (*=$15):
# Special Order Ham Radio band-mixer crystals: (Sorry: we don't have a reasonably priced source to order crystals that we don't have in stock)
[0]#48.525(26.5-27.0), [0]#49.025(27.0-27.5), [0]#49.525(27.5-28.0), [1]*50.025(28.0-28.5), [1]*50.525(28.5-29.0), [0]#51.025(29.0-29.5), [1]*51.525(29.5-30.0)
additional Ham '2-Meter' & '220MHz' Transmit (*=$15) Crystals:
Drake TR33: *146.190, *146.670, *146.790, *146.850,
*222.34-T, *223.06-T, *223.34-T, *223.70-T, *229.30-T,
*223.70-R, *223.94-R, *224.66-R, *224.940-R
One switch 1 6 2011. Tech Tip: Fundamental vs. Overtone Most crystals are cut by the manufacturer with a fundamental frequency below 20MHz because higher frequencies would make them so thin that they would be extremely fragile! Most crystals below 20MHz are labeled at the 'fundamental' frequency. Some about-13mHz crystals are labeled with the 'fundamental' frequency but are used at the '2nd overtone' in a tuned (CB) circuit. Most common crystals for CB & HF amatuer applications are labeled at the '3rd overtone.' Many crystals labeled from 23 to 54MHz are cut with a 'fundamental' that is 1/3 of the (labeled) operating frequency.
The tuned circuit on the output of the oscillator determins the output frequency. Example: a crystal labeled 12.190MHz could be used at 12.190mHz or 36.570mHz; a crystal labeled 36.570mHz could also be used at 12.190mHz!
Crystals for Amateur VHF (High Band aproximately 150mHz) applications are typically used in an oscillator plus a 'multiplier' circuit for higher multiples of that first oscillator. Example--many old Amateur/ham 2 Meter transmitters use crystals cut for use in an oscillator that is 1/9th or 1/12th or 1/18th or 1/24th of the operating frequency!
The tuned circuit on the output of the oscillator determins the output frequency. Example: a crystal labeled 12.190MHz could be used at 12.190mHz or 36.570mHz; a crystal labeled 36.570mHz could also be used at 12.190mHz!
Crystals for Amateur VHF (High Band aproximately 150mHz) applications are typically used in an oscillator plus a 'multiplier' circuit for higher multiples of that first oscillator. Example--many old Amateur/ham 2 Meter transmitters use crystals cut for use in an oscillator that is 1/9th or 1/12th or 1/18th or 1/24th of the operating frequency!
US Amateur Bands:
160 Meters =1.800-2.000mHz
80/75Meters =3.500-4.000mHz
60 Meters = 5.250-5.450mHz (5 specific channels 5.3305 to 5.4035mHz)
40 Meters =7.000to 7.300mHz
30 Meters =10.100 to 10.150mHz
20 Meters =14.000-14.350mHz
17 Meters =18.068-18.168mHz
15 Meters =21.000-21.450mHz
12 Meters =24.890-24.990mHz
10 Meters =28.0-29.7mHz
6 Meters = 50.000-54.000mHz
2 Meters = 144.000-148.000mHz
1.25Meters = 222.000-225.000mHz
70 cm =420.000-450.000mHz
33 cm =902.000-928.000mHz
23 cm =1240.000-1300.000mHz
160 Meters =1.800-2.000mHz
80/75Meters =3.500-4.000mHz
60 Meters = 5.250-5.450mHz (5 specific channels 5.3305 to 5.4035mHz)
40 Meters =7.000to 7.300mHz
30 Meters =10.100 to 10.150mHz
20 Meters =14.000-14.350mHz
17 Meters =18.068-18.168mHz
15 Meters =21.000-21.450mHz
12 Meters =24.890-24.990mHz
10 Meters =28.0-29.7mHz
6 Meters = 50.000-54.000mHz
2 Meters = 144.000-148.000mHz
1.25Meters = 222.000-225.000mHz
70 cm =420.000-450.000mHz
33 cm =902.000-928.000mHz
23 cm =1240.000-1300.000mHz
see our RED BOOK OF CB MODIFICATION & REPAIR for information about CB crystal synthesis circuits.