192-103LET-A01

192-103LET-A01
Attribute
Description
Manufacturer Part Number
192-103LET-A01
Description
Thermistors - NTC, 10k Ohm
Note : GST will not be applied to orders shipping outside of India

Stock:
15850

Distributor: 117

Lead Time: Not specified

Quantity Unit Price Ext. Price
1000 ₹ 197.62 ₹ 1,97,620.00
500 ₹ 204.35 ₹ 1,02,175.00
100 ₹ 222.57 ₹ 22,257.00
50 ₹ 231.70 ₹ 11,585.00
25 ₹ 241.71 ₹ 6,042.75
10 ₹ 256.50 ₹ 2,565.00
5 ₹ 269.00 ₹ 1,345.00
1 ₹ 302.87 ₹ 302.87

Stock:
8

Distributor: 125

Lead Time: Not specified


Quantity Unit Price Ext. Price
1 ₹ 233.18 ₹ 233.18
100 ₹ 174.44 ₹ 17,444.00
1000 ₹ 151.30 ₹ 1,51,300.00

Stock:
500

Distributor: 112

Lead Time: Not specified


Quantity Unit Price Ext. Price
500 ₹ 339.09 ₹ 1,69,545.00

Stock:
5205

Distributor: 69

Lead Time: Not specified


Quantity Unit Price Ext. Price
2 ₹ 367.57 ₹ 735.14
10 ₹ 363.12 ₹ 3,631.20
25 ₹ 358.67 ₹ 8,966.75
50 ₹ 354.22 ₹ 17,711.00
100 ₹ 349.77 ₹ 34,977.00
250 ₹ 345.32 ₹ 86,330.00
500 ₹ 340.87 ₹ 1,70,435.00

Stock:
475

Distributor: 108

Lead Time: Not specified


Quantity Unit Price Ext. Price
1 ₹ 399.61 ₹ 399.61

Product Attributes

Type Description
Category
25C Ohm Resistance 10k
Ohm Accuracy Percentage -
B Coefficient Accuracy ±1.3%
Resistance at 0C/50C 3887K
Resistance at 25C/50C -
Resistance at 25C/75C -
Resistance at 25C/85C -
Resistance at 25C/100C -
Ambient Temp Range -60°C ~ 150°C
Maximum Power Handling -
Lead Wire Extension 1.50 (38.00mm)
Attachment Mounting Style Through Hole
Component Housing Style Bead

Description

Provides a tolerance of ±1.3% for reliable B-value performance. Rated at 3887K for consistent thermal efficiency. Measures resistance at forward current ±1.3% for LED or diode evaluation. Length of lead wire 1.50 (38.00mm) for effective connectivity. Mounting style Through Hole for structural integrity. Operating temperature -60°C ~ 150°C for thermal stability. Enclosure/case Bead providing mechanical and thermal shielding. Ohmic resistance at 25°C 10k for conventional testing. Peak Vce(on) at Vge ±1.3% for transistor parameters.

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