MTT11002KMANHWS

MTT11002KMANHWS
Attribute
Description
Manufacturer Part Number
MTT11002KMANHWS
Manufacturer
Description
MTT 10% 250PPM WS
Note : GST will not be applied to orders shipping outside of India

Stock:
250

Distributor: 117

Lead Time: Not specified

Quantity Unit Price Ext. Price
250 ₹ 560.68 ₹ 1,40,170.00

Product Attributes

Type Description
Category
Import Duty Classification -
Product Series Line MTT
IC Encapsulation Type Tray
Availability Status Active
Circuit Configuration Style Bussed
Ohm Value Specification 110k
Accuracy Tolerance Percentage ±10%
Resistor Component Total 20
Resistor Pair Balance -
Ratio Stability Over Time ±5ppm/°C
IC Pin Total 2
Wattage per Component 250mW
Temp Drift Factor ±250ppm/°C
Ambient Temp Range -55°C ~ 125°C
Quality Grade Level -
Certification Qualification -
Intended Uses -
Attachment Mounting Style Surface Mount
Component Housing Style 0404 (1010 Metric)
Vendor Package Type 0404
Package Size Specs 0.038" L x 0.038" W (0.97mm x 0.97mm)
Maximum Mounted Height 0.012" (0.30mm)

Description

Utilizes a circuit type categorized as Bussed. Maximum seated height of 0.012" (0.30mm) for components mounted on the board. Mounting style Surface Mount for structural integrity. Total pins 2 for connectors or integrated circuits. Total resistors 20 for circuit design. Operating temperature -55°C ~ 125°C for thermal stability. Enclosure Tray for component protection or transport. Enclosure/case 0404 (1010 Metric) providing mechanical and thermal shielding. Enclosure type 0404 ensuring device integrity. Energy per unit 250mW for modular system assessment. Product condition Active for availability and lifecycle. Resistance measured in ohms 110k for precise electrical details. Resistor ratio variation ±5ppm/°C for temperature stability. Product or component classification series MTT. Dimensions 0.038" L x 0.038" W (0.97mm x 0.97mm) for mechanical or electrical components. Dimension measurement 0.038" L x 0.038" W (0.97mm x 0.97mm) for component details. Manufacturer package type 0404 for component choice. Coefficient of temperature ±250ppm/°C for stability in performance. Tolerance ±10% for precision in manufacturing.

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