Linear Hall Sensor Ah3507

Linear Hall Sensor AH3507 Hall Sensor Hall Switch Features Rated working voltage 4.5 V ~ 6 V; Operating temperature range: -40â?? ~ 125 Rail to Rail voltage output, Rated output current : 6 m Variety of package forms and outer packings for your choice; No mechanical contact, no spark, switch signal stability, no shaking moment, high reliability and safety; Products meet the EU RoHS instruction 2011/65 / EU and REACH regulations 1907/2006 / EU requirements. AH3507 is a kind of analog signal output Hall IC, the output voltage changes with the changes of magnetic field. The sensor chip has built-in reverse voltage protection, voltage regulators, temperature compensation circuit, Hall-voltage generator, signal amplifier, and other circuit unit etc. Excellent voltage regulator and temperature compensation circuit ensure the sensor stable operates over a wide voltage range and temperature range, and the reverse voltage protection circuit avoids the sensor to be damaged by reverse voltage.

Linear hall sensor ah3507 Hall sensor Hall switch Features Rated working voltage 4.5 v ~ 6 v; Operating temperature range: -40, ~ 125, Rail to rail voltage output, rated output current : 6 ma; Variety of package forms and outer packings for your choice; No mechanical contact, no spark, switch signal stability, no shaking moment, high reliability and safety; Products meet the eu rohs instruction 2011/65 / eu and reach regulations 1907/2006 / eu requirements. Ah3507 is a kind of analog signal output hall ic, the output voltage changes with the changes of magnetic field. The sensor chip has built-in reverse voltage protection, voltage regulators, temperature compensation circuit, hall-voltage generator, signal amplifier, and other circuit unit etc. Excellent voltage regulator and temperature compensation circuit ensure the sensor stab le operates ove r a wide voltage range and temperature range, and the reverse voltage protection circuit avoids the sensor to be damaged by reverse voltage.

Linear hall sensor ah3509 Hall sensor Hall switch features Rated working voltage 4.5 v ~ 6 v, Operating temperature range: -40 ~ 125; Rail to rail voltage output, rated output current : 6 ma , Variety of package forms and outer packings for your choice. No mechanical contact, no spark, switch signal stability, no shaking moment, high reliability and safety; Products meet the eu rohs instruction 2011/65 / eu and reach regulations 1907/2006 / eu requirements Outline The sensor will pass linear area /nonlinear area/ saturation area during the magnetic induction increases. When there is no magnetic field that applies in sensor (b=0), when the output voltage of sensor is only half of vcc (vcc/2); when n pole faces mark surface of sensor, and be closed to it gradualy (b-, the output voltage begins to decrease, and the voltage doesnt reduce with the increased magnetic field; when the s pole of magnet faces the mark surface of the sensor and is closed to sensor gradualy b+, the output voltage of sensor begins to increase, and it doesnt increase with the increased magnetic field after it reaches saturation voltage.

Linear hall sensor ah3509 Hall sensor Hall switch features Rated working voltage 4.5 v ~ 6 v, Operating temperature range: -40 ~ 125; Rail to rail voltage output, rated output current : 6 ma , Variety of package forms and outer packings for your choice. No mechanical contact, no spark, switch signal stability, no shaking moment, high reliability and safety; Products meet the eu rohs instruction 2011/65 / eu and reach regulations 1907/2006 / eu requirements Outline The sensor will pass linear area /nonlinear area/ saturation area during the magnetic induction increases. When there is no magnetic field that applies in sensor (b=0), when the output voltage of sensor is only half of vcc (vcc/2); when n pole faces mark surface of sensor, and be closed to it gradualy (b-, the output voltage begins to decrease, and the voltage doesnt reduce with the increased magnetic field; when the s pole of magnet faces the mark surface of the sensor and is closed to sensor gradualy b+, the output voltage of sensor begins to increase, and it doesnt increase with the increased magnetic field after it reaches saturation voltage.

Type : RTCS100B,RTCS200B,RTCS300B,RTCS400B,RTCS500B,RTCS600B, IPN Primary nominal input current : 100, 200, 300, 400, 500, 600 A IP Measuring range of primary current : 0~300, 0~600, 0~900, 0~900, 0~900, 0~900 A VOUT Nominal output voltage : 41%V VC Supply voltage : 15(5%) V IC Current consumption : VC=15V

Hall components have many advantages, they are strong construction, small volume, light weight, long service life , easy installation, wide bandwidth ( can reach 1 MHZ);vibration resistance, Not afraid of pollution or corrosion of dust ,oil, greasy dirt, moisture , salt mist and so on. • Hall linear elements are excellent accuracy, good linearity. Hall switch elements are no contactless, no in-gage, clear output waveforms, no instant jitter, high-precision positional repeatability. In recent years, with the development of China aerospace industry .Our hall-effect product is widely used in new rocket ,new generation communication satellite, new navigation satellite, new recoverable satellites, chang-e satellites, Shenzhou spacecraft and so on . Its related products is also can widely used in automotive matching, environmental protection, medical equipments, instrument, power protection, office automation and many other civil fields. It is wildly used in frequency driver, contravariant devices, UPS, contravariant welding machine, converting station, electrolyze & electroplating, CNC machine, PC monitoring, grid monitoring, insulated current & voltage testing, Etc. Working Principle 1.Direct measurement principle 2.Magnetic compensation principle Packed in box ,can be customized

Micropowr hall sensor ah3662 Hall sensor Hall switch Features Micropower designing; Rated supply voltage , 2.4 v ~ 5.5 v; Omnipolar operating, no , nor , spole in excitation magnetic field, high magnetic sensitivity, highly symmetry in positive and negative magnetic switch point; Built-in dynamic imbalance voltage compensition circuit, high temperature stability, small temperature drift in switch point, resistant to mechanical stress and thermal stress, the power consumption is only 8, w when the power supply is 2.75v; Built-in pull-up resistor; Products meet the eu Rohs instruction 2011/65 / eu and reach regulations 1907/2006 / eu requirements. Outline Ah3662 is a kind of high sensitivity omnipolar micropower hall sensor. The special designing circuit enable the sensor has omnipolar (no , sor , npole) magnetic field excitation function, excellent positive and negative switch symmetry, and bitty average power consumption current. When the magnet (no , sor , npole) is closed to sensor, , , the sensor outputs low level; when the magnet is far away from sensor the sensor outputs high level.

Nominal Current(RMS):200/400/800/1000/1200/2000A Vout@Ipn:+_4.000V Measuring Range:0~+_4000A Supply Voltage DC:+-12-15V Accurancy@Ipn,+25degree Celsius:less than +_1.0% Mounting(mm):40.5 in diameter * Open- loop * Supply voltage: DC +-12~15V * Capable measurement of currents: DC, AC,pulse with galvanic isolation between primary circuit and secondary circuit.

Latch type hall sensor ah4059 Hall sensor Hall switch Features Rated working voltage 4.5 v ~ 24 v, the limit voltages as low as 3.5 v; Operating temperature range: -55 ~ 150;  rated output current (sink) : 300 ma, it can directy drive the coils of dc motor (fan ). Special design make the sensor owns imunity to logic race condition, short switch time and good switch sensitivity. No mechanical contact, no spark, switch signal stability, no shaking moment, high reliability and safety; Products meet the eu rohs instruction 2011/65 / eu and reach regulations 1907/2006 / eu requirements. Ah4059 bipolar two ends complementary output switch type hall sensor, when the pole faces the sensors mark surface and is closed to sensor (b?bopoutput terminal vo1 outputs low level, and the output terminal vo2 outputs high level; when the pole aces senosors mark surface and is closed to sensor , b?brpoutput terminal vo1 outputs high level, the output terminal vo2 output low level. Stable h