Features AVATIDLIHASRTBOLRUIEGBHUTION ■■■ MSLitsuatnletiddtuo orffnns /t hCee QrmPeLt p/ eIrn dMuIsLt-rPiaRl F/ -S2e2a0le9d7 and High-Rel MIL-PRF-39035 ■ For trimmer applications/processing guidelines, click here RJ24/RJR24 - 3/8 ” Square Trimpot® Trimming Potentiometer Electrical Characteristics Product Dimensions How To Order Standard Resistance Range Common Dimensions MIL-PRF-22097 RJ24 F L 202 ........................10 ohms to 1 megohm 6.40 ± 1.32 10.03 Model (see standard resistance table) (.252 ± .052) (.395) Resistance Tolerance ............±10 % std. .38 1.52 4.83 ± .13 Characteristic Absolute Minimum Resistance (.015)MIN. (.060) (.190 ± .005) F = ±100 ppm/°C Temp. Coeff. Max. RJ24 ..................2 % or 20 ohms max. 1.27 ± 0.1 Terminal Style (.050 ± .004) 9.53 (whichever is greater) (.375) Resistance Code RJR24 .................2 % or 2 ohms max. 2.54 (whichever is greater) (.100) 1.27 ± 0.1 Contact Resistance Variation (2.1.5040) A 2D.1J9. SLDOITA. (.050 ± .004) How To Order .........................3.0 % or 3 ohms max. (.086) MIL-PRF-39035 RJR24 F W 502 R (whichever is greater) (.0.5210 ±± ..00301)DIA. X (..50622)WIDE Model Adjustability .76 Voltage ...................................±0.01 % X(.030) DEEP Characteristic F = ±100 ppm/°C Temp. Coeff. Max. Resistance .............................±0.05 % RJ24FL 9.53 ± .38 1.02 Resolution....................................Infi nite (.375 ± .015) (.040) 45° ± 3° Terminal Style Insulation Resistance ...............500 vdc. 3.81 + .25/-.13* Resistance Code (.150 +.010/-.005) 1,000 megohms min. 9.53 ± .38 Failure Rate Dielectric Strength (.375 ± .015) M = 1.0 % Sea Level ............................1,000 vac P = 0.1 % 80,000 Feet ............................400 vac R = 0.01 % Effective Travel .................25 turns nom. 10.64 ADJ. SLOT (.419) Environmental Characteristics 1(..05620) DIA. (1.0.5672) Standard Resistance Table P o8w5e °rC R .a..t.i.n..g.. .(.3..0..0.. .v..o..l.t.s.. .m...a..x....)...0.5 watt X ( . .5.061240)WIDE MINM.IN(1.6 5L.02E0.N4)G TH Re(Osihsmtasn)c e ResCisotdaence 150 °C .......................................0 watt X(.025) DEEP WIRE SIZE: 30AWG 10 100 20 200 Temperature Range RJ24FP/RJR24FP 50 500 ................................-55 °C to +150 °C 2.54 2.54 8.26 ± .64 100 101 Temperature Coeffi cient (.100) (.100) (.325 ± .025) 200 201 500 501 .......................................±100 ppm/°C 3 1,000 102 Seal Test ......................85 °C Fluorinert* 2 2,000 202 Humidity........MIL-STD-202 Method 106 5,000 502 RJ24 ......................................96 hours 1 4.83 (2.1.5040) 1200,,000000 120033 (1 % ΔTR, 10 Megohms IR) (.190) 25,000 253 50,000 503 RJR24 ...................................96 hours RJ24FW/RJR24FW 100,000 104 (1 % ΔTR, 100 Megohms IR) 2.54 2.41 200,000 204 Vibration .......20 G (1 % ΔTR; 1 % ΔVR) (.100) 3 (.095) 255000,,000000 255044 Shock..........100 G (1 % ΔTR; 1 % ΔVR) 2 1,000,000 105 Load Life 2.54 1 RJ24 ....1,000 hours 0.5 watt @ 85 °C (.100) RED 2 WIPER (2 % ΔTR; 10% ΔVR) RJR24 .10,000 hours 0.5 watt @ 85 °C RJ24FX/RJR24FX YELLOW 1 3 GREEN (3 % ΔTR) 2.54 CCW CLOCKWISE CW Rotational Life......200 cycles (2 % ΔTR) (.100) 3 Physical Characteristics 2 Torque.............................5.0 oz-in. max. 2.54 1 (.100) 2.41 Mechanical Stops .................Wiper idles (.095) Terminals .........Mil-Std 202, Method 208 Weight .....................................0.025 oz. MM DIMENSIONS: Marking ................Mil-spec part number, (INCHES) date code TOLERANCES: ± 0.25 EXCEPT WHERE NOTED Wiper ...............50 % (Actual TR) ±10 % (.010) Flammability ..........................U.L. 94V-0 Standard Packaging .....50 pcs. per tube REV. 04/14 Adjustment Tool ..............................H-90 *RoHS Directive 2002/95/EC Jan. 27, 2003 including annex and RoHS Recast 2011/65/EU June 8, 2011. “Trimpot” is a registered trademark of Bourns, Inc. Specifi cations are subject to change without notice. The device characteristics and parameters in this data sheet can and do vary in different applications and actual device performance may vary over time. Users should verify actual device performance in their specifi c applications.