Noise Immune Ring Terminal Temperature Sensor RoHS Standard

• Function: High Temperature Resistance
• Demoulding: Slide
• Condition: New
• Certification: RoHS, CE
• Warranty: 6 Months
• Automatic Grade: Manual
• Model NO.: MFP-2A
• Installation: Screw Surface Mounting
• Driven Type: Electric
• Mould Life: >1,000,000 Shots
• Resistance Value: Customization
• Beta: Customization
• Tolerance: Customization
• Application: Temperature Measurement
• Transport Package: Netural Packing
• Specification: Small
• Trademark: J. P. Sensor
• Origin: Hefei, Anhui
• HS Code: 9025900090
• Production Capacity: 50000

Product Description

Product Description
 Thermometrics MFP3A series of Noise immune ring terminal temperature sensors consists of an NTC chip thermistor mounted in an eyelet tag for surface temperature measurement with a novel radio frequency (RF) decoupling function. These sensors are designed with an integrated bypass capacitor to prevent AC currents, generated from resonant electromagnetic interference (EMI) coupled with the wiring harness, from causing niusance self-heating of the NTC element.
 
Product Features

1. Suitable for surface temperature measurement
2. Intergrated EMI noise immunity
3. EMI-protected upgrade for existing applications
4. Reduced system cost by eliminating shielded cables and replacing twisted-pair wiring
5. Eyelets to fit M3-M10 screw sizes
6. Various lead lengths

Specifications
Tolerance of resistance value: ±3%.
Tolerance of temperature: ±0.1ºC

Operating Temperature	-40ºC to 105ºC
R25	10KΩ±1%
Capacitance	100NF±15%
Threshold	500V Stabdiff DC 100MΩ
Eyelet Material	Tinned Copper
Compliance	ROHS
Wire	UL94-V0 24AWG 150ºC 300V, twin, XLPE, 1000MM

Application

1. EV/HEV Bus Bars
2. Battery Covers
3. Power Distribution
4. Thermal Management
5. Heat Sinks
6. Panel Enclosures

Packaging & Shipping
Packaging: wrap with transparent PE plastic bag, each bag with 1 pc, then put into outer box
Delivery time:

1. 48 hours for sample order, 3-7days for bulk order
2. Customized product negotiation

Marks: each thermistor probe starts out as a chip that is then encapsulated in either glass or epoxy.
Depending on the application, this bead thermistor is then potted in a metal or plastic housing that is customized according to very specific requirements.

When used with an application such as a lithium-ion battery, a thermistor probe with a ring lug can be easily mounted securely to the battery terminal. This thermistor probe can then effectively monitor the battery temperature.