2. Units can be pre-adjusted at clockwise, counter-clockwise
or standard 50 % position
3. Flammability: UL 94V-0
4. RoHS compliant*
5. For trimmer applications/processing guidelines,
click here
2.54
(.100)
45° REF.
.46 ± .05
(.018 ± .002)
DIA. TYP.
2
3
1
2.54
(.100)
.38
(.015)
PV32H
#2
#1
CLOCKWISE
#3
90° ± 5°
4.57
(.180)
6.35 ± .51
(.250 ± .020)
6.78 ± 2.24
(.267 ± .088)
ADJ. SLOT
3.56 LONG
(.140)
.64
WIDE
X
(.025)
1.02
DEEP
X
(.040)
5.79
(.228)
4.75 MIN.
(.187)
.43 ± .13
(.017 ± .005)
3
2
1
.46 ± .05
(.018 ± .002)
DIA. 3 PINS
PV32P
#2
#1
#3
CLOCKWISE
2.54
(.100)
2.54
(.100)
2.54
(.100)
5.08
(.200)
8.38 ± .51
(.330 ± .020)
6.60
(.260)
.38
(.015)
2.54
(.100)
2.54
(.100)
6.10
(.240)
PV32N
#2
#1
#3
CLOCKWISE
7.75 ± 2.97
(.305 ± .117) 2.54
(.100)
.89
(.035)
3
2
1
DIMENSIONS:
TOLERANCES: ±
0.25
(.010)
MM
(INCHES)
EXCEPT WHERE NOTED
*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.
PV32.pdf
12/19/17
Top Adjustment
Part Number
Power Rating (W)
Number of Turns
(Effective Rotation Angle)
Mechanical Rotation Angle
Total Resistance Value
TCR (ppm/°C)
PV32H100A0xB00
PV32H200A0xB00
PV32H500A0xB00
PV32H101A0xB00
PV32H201A0xB00
PV32H251A0xB00
PV32H501A0xB00
PV32H102A0xB00
PV32H202A0xB00
PV32H252A0xB00
PV32H502A0xB00
PV32H103A0xB00
PV32H203A0xB00
PV32H253A0xB00
PV32H503A0xB00
PV32H104A0xB00
PV32H204A0xB00
PV32H254A0xB00
PV32H504A0xB00
PV32H105A0xB00
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
10 ohm ±20 %
20 ohm ±20 %
50 ohm ±20 %
100 ohm ±20 %
200 ohm ±20 %
250 ohm ±20 %
500 ohm ±20 %
1k ohm ±20 %
2k ohm ±20 %
2.5k ohm ±20 %
5k ohm ±20 %
10k ohm ±20 %
20k ohm ±20 %
25k ohm ±20 %
50k ohm ±20 %
100k ohm ±20 %
200k ohm ±20 %
250k ohm ±20 %
500k ohm ±20 %
1M ohm ±20 %
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
PV32P100A0xB00
PV32P200A0xB00
PV32P500A0xB00
PV32P101A0xB00
PV32P201A0xB00
PV32P251A0xB00
PV32P501A0xB00
PV32P102A0xB00
PV32P202A0xB00
PV32P252A0xB00
PV32P502A0xB00
PV32P103A0xB00
PV32P203A0xB00
PV32P253A0xB00
PV32P503A0xB00
PV32P104A0xB00
PV32P204A0xB00
PV32P254A0xB00
PV32P504A0xB00
PV32P105A0xB00
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
10 ohm ±20 %
20 ohm ±20 %
50 ohm ±20 %
100 ohm ±20 %
200 ohm ±20 %
250 ohm ±20 %
500 ohm ±20 %
1k ohm ±20 %
2k ohm ±20 %
2.5k ohm ±20 %
5k ohm ±20 %
10k ohm ±20 %
20k ohm ±20 %
25k ohm ±20 %
50k ohm ±20 %
100k ohm ±20 %
200k ohm ±20 %
250k ohm ±20 %
500k ohm ±20 %
1M ohm ±20 %
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
Operating Temperature Range: -55 to 125 °C
Soldering Method: Wave (Single and Dual)
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.
PV32.pdf
12/19/17
Side Adjustment
Part Number
Power Rating (W)
Number of Turns
(Effective Rotation Angle)
Mechanical Rotation Angle
Total Resistance Value
TCR (ppm/°C)
PV32N100A0xB00
PV32N200A0xB00
PV32N500A0xB00
PV32N101A0xB00
PV32N201A0xB00
PV32N251A0xB00
PV32N501A0xB00
PV32N102A0xB00
PV32N202A0xB00
PV32N252A0xB00
PV32N502A0xB00
PV32N103A0xB00
PV32N203A0xB00
PV32N253A0xB00
PV32N503A0xB00
PV32N104A0xB00
PV32N204A0xB00
PV32N254A0xB00
PV32N504A0xB00
PV32N105A0xB00
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
0.5 (70 °C)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
1 (240 ° ±5°)
Soldering Method: Wave (Single and Dual)
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
260 ° ±5 °
10 ohm ±20 %
20 ohm ±20 %
50 ohm ±20 %
100 ohm ±20 %
200 ohm ±20 %
250 ohm ±20 %
500 ohm ±20 %
1k ohm ±20 %
2k ohm ±20 %
2.5k ohm ±20 %
5k ohm ±20 %
10k ohm ±20 %
20k ohm ±20 %
25k ohm ±20 %
50k ohm ±20 %
100k ohm ±20 %
200k ohm ±20 %
250k ohm ±20 %
500k ohm ±20 %
1M ohm ±20 %
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
±100
Operating Temperature Range: -55 to 125 °C
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.
PV32.pdf
12/19/17
Standard Mounting Holes
PV32H
Part Numbering
Product ID
PV = Trimming Potentiometer
PV 32 P 103 A01 B00
Series
32 = Lead Sealed 6 mm Round Single-turn
2.5
(.098)
0.9
(.035)
3 PLCS.
(1)
(2)
2.5
(.098)
(3)
Adjustment Direction/Lead Type
H = Top, Triangle
P = Top, Triangle
N = Side, Triangle
Total Resistance
Expressed by three figures.
The first and second figures are significant digits;
the third figure expresses the number of zeros
that follow.
PV32N
PV32P
2.5
(.098)
2.5
(.098)
(1)
(3)
2.5
(.098)
0.9
(.035)
3 PLCS.
(2)
DIMENSIONS:
MM
(INCHES)
TOLERANCES: ± 0.1
(.004)
EXCEPT WHERE NOTED
Resistance
(Ohms)
10
20
50
100
200
250
500
1,000
2,000
2,500
5,000
10,000
20,000
25,000
50,000
100,000
200,000
250,000
500,000
1,000,000
Resistance
Code
100
200
500
101
201
251
501
102
202
252
502
103
203
253
503
104
204
254
504
105
Popular distribution resistance values listed in
boldface. Special resistances available.
Individual Specification
A01 = Standard Type
A02 = 10 % Resistance Tolerance
Packaging
B00 = Tube (50 pcs. per tube)
Typical Part Marking
3-Digit Date Code and Manufacturing Code
- First digit indicates year of manufacture;
- Last two digits indicate week of manufacture;
- 4th digit is suffix for manufacturing location:
C = Costa Rica
Example:
604C = Manufactured in 2016, week 4,
Costa Rica
Resistance Code
- Resistance code marking as shown in the
Part Numbering Resistance Table.
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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Microcontroller MCU
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