Flat TO-92 package, bulk packaging (1000pcs/bag) Flat TO-92 package, Radial lead, bulk packaging (1000pcs/bag) SOT-89B package, tape and reel packaging (1000pcs/bag) General Description -The MT4507 family, produced with Bipolar technology, It is high performance small versatile linear Hall ef.
Single current sinking or current sourcing output Ratiometric rail to rail linear output Precise sensitivity and temperature compensation Wide Operating Voltage Range: Supply Voltage 3.0~15V Sensitivity: 5.0 mV/Gauss
℃ ℃Specified Operating Temperature Range:
From
–40 ~150 Lead Free Package Flat TO-92, SOT-89B High ESD protection RoHS Compliant 2011/65/EU
Applications
Automotive, Home appliances, Industrial Speed Detection Position Detection Magnetic Encoder Solid-State Switch Ferrous metal sensing Vibration sensing Weight sensing
Family Members
Part number MT4507A MT4507A-T MT4507BT
Descri.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | MT4505 |
Magn Tek |
High Performance Ratiometric Linear Hall Effect Sensor | |
2 | MT4506 |
Magn Tek |
High Performance Ratiometric Linear Hall Effect Sensor | |
3 | MT4599C |
Matrix Microtech |
P & N-Channel 60-V(D-S) MOSFET | |
4 | MT45W2ML16PFA |
Micron Semiconductor |
(MT45WxMx16PFA) Async Cellularram Memory | |
5 | MT45W2MV16PFA |
Micron Semiconductor |
(MT45WxMx16PFA) Async Cellularram Memory | |
6 | MT45W2MW16B |
Micron Semiconductor |
(MT45W2MW16B / MT45W4MW16B) Burst Cellularram Memory | |
7 | MT45W2MW16BFB |
Micron Semiconductor |
(MT45W2MW16BFB / MT45W4MW16BFB) Burst Cellularram Memory | |
8 | MT45W2MW16PFA |
Micron Semiconductor |
(MT45WxMx16PFA) Async Cellularram Memory | |
9 | MT45W4ML16PFA |
Micron Semiconductor |
(MT45WxMx16PFA) Async Cellularram Memory | |
10 | MT45W4MV16PFA |
Micron Semiconductor |
(MT45WxMx16PFA) Async Cellularram Memory | |
11 | MT45W4MW16B |
Micron Semiconductor |
(MT45W2MW16B / MT45W4MW16B) Burst Cellularram Memory | |
12 | MT45W4MW16BFB |
Micron Semiconductor |
(MT45W2MW16BFB / MT45W4MW16BFB) Burst Cellularram Memory |