PCW1D-B24-BAB103L [BOURNS]

Potentiometer, Conductive Plastic, 0.75W, 10000ohm, 20% +/-Tol, -1000,1000ppm/Cel, 8787;
PCW1D-B24-BAB103L
型号: PCW1D-B24-BAB103L
厂家: BOURNS ELECTRONIC SOLUTIONS    BOURNS ELECTRONIC SOLUTIONS
描述:

Potentiometer, Conductive Plastic, 0.75W, 10000ohm, 20% +/-Tol, -1000,1000ppm/Cel, 8787

PC 电阻器
文件: 总4页 (文件大小:335K)
中文:  中文翻译
下载:  下载PDF数据表文档文件
Features  
RoHS compliant*  
Linear or audio taper versions  
Space saving design  
Wide range of resistance values  
PC pin or solder lug terminals  
Metric shaft and bushing option  
Mounting brackets available  
PC - “Slimline” 22 mm Square Single Turn Panel Control  
Electrical Characteristics  
Standard Resistance Range  
Linear Tapers.................................................................................................................................................... 500 ohms to 1 megohm  
Audio Tapers...................................................................................................................................................1 K ohms to 500 K ohms  
Total Resistance Tolerance................................................................................................................................................................±±0 ꢀ  
Independent Linearity..........................................................................................................................................................................±5 ꢀ  
Absolute Minimum Resistance........................................................................................................................................5 ohms maximum  
Effective Electrical Angle.............................................................................................................................................................±70 ° ± 5 °  
Contact Resistance Variation ...................................................................................................................................7 ꢀ of total resistance  
Dielectric Withstanding Voltage (MIL-STD-±0±, Method 301)  
Sea Level ...............................................................................................................................................................1,000 VAC minimum  
70,000 Feet...............................................................................................................................................................500 VAC minimum  
Insulation Resistance (500 V) ....................................................................................................................................1,000 ohms minimum  
Power Rating @ 70 ºC (Voltage Limited by Power Dissipation or 350 VAC, Whichever is Less)  
Linear ....................................................................................................................................................................................... .75 watt  
Audio........................................................................................................................................................................................ .±5 watt  
Theoretical Resolution..................................................................................................................................................... Essentially infinite  
Environmental Characteristics  
Operating Temperature Range ................................................................................................................................................+1 °C to +1±5 °C  
Storage Temperature Range.................................................................................................................................................. -40 °C to +1±5 °C  
Temperature Coefficient Over Storage Temperature Range...................................................................................................... ±1000 ppmꢁ°C  
Vibration.......................................................................................................................................................................................................±0 G  
Total Resistance Shift...........................................................................................................................................................±1 ꢀ maximum  
Voltage Ratio Shift..............................................................................................................................................................±±0 ꢀ maximum  
Shock...........................................................................................................................................................................................................50 G  
Total Resistance Shift...........................................................................................................................................................±1 ꢀ maximum  
Voltage Ratio Shift..............................................................................................................................................................±±0 ꢀ maximum  
Load Life ....................................................................................................................................1,000 Hours @ Rated Power, ±0 ꢀ RH, 70 ºC  
Total Resistance Shift.........................................................................................................................................................±10 ꢀ maximum  
Rotational Life (No Load) ..............................................................................................................................................................50,000 cycles  
Total Resistance Shift (Linear taper) ............................................................................................ ±10 ohms or 1± ꢀ, whichever is greater  
Total Resistance Shift (Audio taper)...................................................................................................................................±±0 ꢀ maximum  
Contact Resistance Variation ....................................................................................................................................................±5 ꢀ maximum  
Moisture Resistance .......................................................................................................................... MIL-STD-±0±, Method 103, Condition B  
Total Resistance Shift.........................................................................................................................................................±±0 ꢀ maximum  
IP Rating...................................................................................................................................................................................................... IP 40  
Mechanical Characteristics  
Stop Strength (1ꢁ4 ” and 6 mm Shaft Diameters) ............................................................................................................ 79.09 N-cm (7 lb.-in.)  
Mechanical Angle............................................................................................................................................................................... 300 ° ± 5 °  
Torque  
Starting (Detented) ..................................................................................................................................... 0.5-1.5 N-cm (0.75-±.±5 oz.-in.)  
Starting (Undetented)............................................................................................................................... 1.5 N-cm (±.±5 oz.-in.) maximum  
Running (Undetented)...................................................................................................................... 0.18 to 1.06 N-cm (0.±5 to 1.5 oz.-in.)  
Mounting ....................................................................................................................................................79.09 N-cm (7 lb.-in.) maximum  
Weight (Single Section)............................................................................................................................................ ±1 gm (0.75 oz.) maximum  
Terminals............................................................................................................................................................................. PC pin or solder lug  
Soldering Condition  
Manual Soldering .......................................................................................... 96.5Snꢁ3.0Agꢁ0.5Cu solid wire or no-clean rosin cored wire  
370 °C (700 °F) max. for 3 seconds  
Wave Soldering ................................................................................................................... 96.5Snꢁ3.0Agꢁ0.5Cu solder with no-clean flux  
±60 °C (500 °F) max. for 5 seconds  
Wash processes..............................................................................................................................................................Not recommended  
Marking ..........................................................................................Manufacturer’s trademark, resistance value, part number, and date code  
Ganging..................................................................................................................................................................................... 1 cup maximum  
Hardware.................. One lockwasher and one mounting nut is shipped with each potentiometer, except where noted in the part number.  
Detents..........................................................................................................................................................................Center, 10, ±0, 30, none  
For additional features or specifications not shown, consult factory.  
FOR ORDERING INFORMATION SEE PAGE 4.  
*RoHS Directive 2002/95/EC Jan. 27, 2003 including annex and RoHS Recast 2011/65/EU June 8, 2011.  
Specifications 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 specific applications.  
PC - “Slimline” 22 mm Square Single Turn Panel Control  
Product Dimensions  
Axial PC Pins  
14.7 0.5  
DIA.  
(.578 .020)  
"F"  
7.42  
(.292)  
22.2 0.25  
(.874 .010)  
11.1  
(.437)  
PANEL HOLE DIMENSIONS  
"L"  
9.53  
(.375)  
1
2 3  
9.0  
(.354)  
M9 X 0.75-6g SPL  
DIA.  
3.18  
(.125)  
9.14  
(.360)  
DIA.  
DIA.  
0.79  
(.031)  
3 PLCS.  
.320  
(8.13)  
11.1  
(.437)  
1.52  
(.060)  
"E" 2 PLCS.  
6.25  
(.246)  
6.35  
(.250)  
9.53  
(.375)  
2.54  
(.100)  
5.08  
(.200)  
"F" =  
OR  
"E" =  
OR  
"L" = SEE SHAFT LENGTH TABLE  
22.2 0.25  
(.874 .010)  
Radial PC Pins  
.320  
(8.13)  
11.1  
(.437)  
"L"  
"F"  
14.7 0.5  
(.578 .020)  
DIA.  
PANEL HOLE DIMENSIONS  
9.53  
(.375)  
1
2 3  
8.36  
(.329)  
3.18  
(.125)  
9.14  
(.360)  
DIA.  
DIA.  
11.1  
(.437)  
.28  
(.011)  
3 PLCS.  
0.79  
(.031)  
6.25  
(.246)  
3 PLCS.  
"E" 2 PLCS.  
6.35  
(.250)  
9.53  
(.375)  
2.54  
(.100)  
5.08  
(.200)  
"F" =  
OR  
"E" =  
OR  
"L" = SEE SHAFT LENGTH TABLE  
TOLERANCES EXCEPT WHERE NOTED:  
2
.25  
.XX =  
MM  
(INCHES)  
(.010)  
DIMENSIONS:  
3
.13  
.XXX =  
1
(.005)  
Specifications 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 specific applications.  
PC - “Slimline” 22 mm Square Single Turn Panel Control  
Product Dimensions  
SOLDER LUGS  
Axial PC pins.  
"L"  
(Dimensions not given are the same as  
"F"  
22.2 0.25  
(.874 .010)  
8.36  
(.329)  
1.02 X 2.29  
(.040 X .090)  
3 PLCS.  
"F" =  
7.75  
(.305)  
6.35  
(.250)  
9.53  
(.375)  
.28  
(.011)  
OR  
5.08  
(.200)  
2 PLCS.  
3 PLCS.  
6.25  
(.246)  
2.03  
3 PLCS.  
(.080)  
6.83  
(.269)  
Axial PC PINS  
23.37  
(.92)  
"L"  
11.43  
(.450)  
2 PLCS.  
With Rear Mounting Bracket  
8.31  
(.327)  
15.2  
(.600)  
18.87  
(.743)  
0.76  
(.030)  
4 PLCS.  
"E" 2 PLCS.  
17.07  
(.672)  
1.19  
(.047)  
DIA. 7 PLCS.  
2.54  
(.100)  
5.08  
(.200)  
5.87  
(.231)  
"E" =  
5.48  
OR  
1.19  
(.047)  
DIA. 7 PLCS.  
23.37  
(.92)  
Radial PC PINS  
(.216)  
With Side Mounting Bracket  
"L"  
7.62  
(.300)  
2 PLCS.  
5.08  
(.200)  
17.07  
(.672)  
"E" 2 PLCS.  
11.43  
(.450)  
12.62  
(.497)  
2 PLCS.  
6.83  
(.269)  
2.54  
(.100)  
5.08  
(.200)  
"E" =  
OR  
0.76  
(.030)  
0.79  
(.031)  
4 PLCS.  
3 PLCS.  
"E" 2 PLCS.  
SHAFT STYLES AND ORIENTATION (Full CCW Rotation)  
Shaft Style C  
5.54 .076  
Shaft Style J  
3.94 + .051/ - .025  
Shaft Style R  
Shaft Style B  
Shaft Style Y  
DIA.  
6.32 + 0.03/ - 0.08  
6.00 0.05  
4.7 0.05  
1.57  
DIA.  
(.249 + .001/ - .003)  
(.236 .002)  
(.155 + .002/ - .001)  
(.218 .003)  
(.185 .002)  
(.062)  
DIA.  
4.75 .051  
(.187 .002)  
1.19  
(.047)  
1.19  
(.047)  
6.32 + 0.03/ - 0.08  
DIA.  
"D"  
"D"  
1.6  
(.063)  
1.6  
(.063)  
(.249 + .001/ - .003)  
DIA.  
Slot depth (Y shaft) 9.65 (.380)  
for shafts <1 " (2.54) length;  
14.7 (.520) for shafts 1 "  
(2.54) length  
"D" dimensions extend from shaft end to bushing face "D" = (shaft length, FMS) – (bushing length)  
Shaft Orientations  
Shaft Styles C, J  
Shaft Styles B, R  
Shaft Style Y  
60 ° 2 °  
60 ° 2 °  
120 ° 2 °  
MM  
(INCHES)  
DIMENSIONS:  
TOLERANCES EXCEPT WHERE NOTED:  
.25  
.XX =  
(.010)  
.13  
.XXX =  
(.005)  
Specifications 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 specific applications.  
How to Order PC “Slimline” Panel Controls  
P
C
W
1
J
-
B
2
4
-
B
A
B
1
0
3
L
RoHS IDENTIFIER  
Code Description  
L
Compliant  
SHAFT LENGTH (FMS)  
RESISTANCE VALUES  
Available Shaft  
Styles  
Code TR  
Code TR  
Code TR  
Code Description  
501 500 Ω  
102 1 KΩ  
103 10 KΩ 104 100 KΩ  
203 20 KΩ 254 250 KΩ  
16 1/2 ” (12.7 mm) Length  
20 5/8 ” (15.9 mm) Length  
24 3/4 ” (19 mm) Length  
28 7/8 ” (22.2 mm) Length  
32 1 ” (25.4 mm) Length  
36 1-1/8 ” (28.6 mm) Length  
Metric  
B
J
252 2.5 KΩ 253 25 KΩ 504 500 KΩ  
502 5 KΩ 503 50 KΩ 105 1 MΩ  
B, C, J, Y  
B, C, J, Y  
B, C, J, Y  
B, C, J, Y  
ELEMENT TAPER VERSIONS  
Code Taper Description  
19 19 mm Length  
22 22 mm Length  
24 24 mm Length  
R
R
R
B
D
G
Lin. CP 20 ꢀ  
CW Audio CP 20 ꢀ  
CCW Audio CP 20 ꢀ  
DETENT CONFIGURATIONS  
Code Taper Description  
SHAFT STYLES (See Outline Drawing)  
Code Description  
A
B
C
D
E
F
No Detents  
B
C
J
1/4 ” (6.35 mm) Dia. Slotted  
1/4 ” (6.35 mm) Dia. Flatted  
3/16 ” (4.76 mm) Dia. Flatted  
6 mm Dia. Slotted  
10 Detents  
Center Detent Only  
20 Detents  
30 Detents  
CCW Detent Only  
R
(Use Metric Lengths Only)  
3/16 ” (4.76 mm) Dia. Split Shaft  
Y
HOUSING TERMINAL CONFIGURATION  
Code  
ANTI-ROTATION LUG  
Code Description  
Features  
A
B C D  
E
X
X
F
G H  
J
K
L M N  
J
9:00 Position  
None  
Rear Mounting Bracket  
Side Mounting Bracket  
X
X
X
X
D
X
X
X
X
X
X
Axial Terminals .100 ” (2.54 mm) Centers  
Radial Terminals .100 ” (2.54 mm) Centers  
Radial Terminals .200 ” (5.08 mm) Centers  
Solder Lugs .200” (5.08 mm) Centers  
Axial Terminals .200 ” (5.08 mm) Centers  
Hardware Included  
X
X
X
X
NO. SECTIONS  
Single  
X
X
X
1
X
X
X
X
X
X
X
X
X
X
X
BUSHING CONFIGURATION  
Available Shaft  
Panel mount hardware not included as standard on bracketed versions.  
Code Description  
Styles  
The sample part number demonstrates the identification code for Bourns  
W
9 mm x .250 ” (6.35 mm) Length  
Threaded M9 x 0.75 6g 5 Pl  
9 mm x .375 ” (9.53 mm) Length  
Threaded M9 x 0.75 6g 5 Pl  
All  
Slimline Potentiometers. The part number shown is a commonly used model,  
typically available from stock.  
L
B, C, R  
Boldface features are Bourns standard options. All others are available with  
higher minimum order quantities.  
REV. 08/14  
Specifications 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 specific applications.  

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