Uni- and Bipolar Hall IC Switches for Magnetic Field Applications TLE 4905 L; TLE 4935 L; TLE L; TLE 4945 L; TLE L.
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1 Uni- and ipolar Hall IC Switches for Magnetic Field Applications TLE 495 L; TLE 495 L; TLE 495- L; TLE 4945 L; TLE 4945-L ipolar IC Features Temperature compensated magnetic performance Digital output signal For unipolar and alternating magnetic fields Large temperature range Protection against reversed polarity Output protection against electrical disturbances P-SSO-- Type Ordering Code Package TLE 495 L Q7-A9 P-SSO-- TLE 495 L Q7-A9 P-SSO-- TLE 495- L Q7-A94 P-SSO-- TLE 4945 L Q7-A9 P-SSO-- TLE 4945-L on request P-SSO-- TLE 495/5/5-/45 L (Unipolar/ipolar Magnetic Field Switches) have been designed specifically for automotive and industrial applications. Reverse polarity protection is included on-chip as is output protection against negative voltage transients. Typical applications are position/proximity indicators, brushless DC motor commutation, rotational indexing etc. Semiconductor Group
2 TLE 495 L; TLE 495 L; Pin Configuration (view on branded side of component).8 ±.5 Center of sensitive area.5 ±.5 GND Q AEP4 Figure Pin Definitions and Functions Pin No. Symbol Function Supply voltage GND Ground Q Output Semiconductor Group
3 TLE 495 L; TLE 495 L; Circuit Description The circuit includes Hall generator, amplifier and Schmitt-Trigger on one chip. The internal reference provides the supply voltage for the components. A magnetic field perpendicular to the chip surface induces a voltage at the hall probe. This voltage is amplified and switches a Schmitt-trigger with open-collector output. A protection diode against reverse power supply is integrated. The output is protected against electrical disturbances. Threshold Generator Hall- Generator Q V Ref Amplifier Schmitt- Trigger GND Output Stage AE4 Figure lock Diagram Semiconductor Group
4 TLE 495 L; TLE 495 L; Functional Description Unipolar Type TLE 495 (figure and 4) When a positive magnetic field is applied in the indicated direction (figure ) and the turn-on magnetic OP is exceeded, the output of the Hall-effect IC will conduct (Operate Point). When the current is reduced, the output of the IC turns off (Release Point; figure 4). Ι randed Side + S N V Q + - AES Figure Sensor/Magnetic-Field Configuration OP RP Induction t V Q V QH Output Voltage V QL t AED4 Figure 4 Switching Characteristics Unipolar Type Semiconductor Group
5 TLE 495 L; TLE 495 L; Functional Description ipolar Type TLE 495/5-/45 (figure 5 and ) When a positive magnetic field is applied in the indicated direction (figure 5) and the turn-on magnetic OP is exceeded, the output of the Hall-effect IC will conduct (Operate Point). When a reverse magnetic field is generated, the output of the IC turns off (Release Point; figure ). Ι randed Side + S N V Q + - AES Figure 5 Sensor/Magnetic-Field Configuration OP RP t Induction V Q V QH Output Voltage V QL Figure Switching Characteristics ipolar Type t AED4 Semiconductor Group
6 TLE 495 L; TLE 495 L; Absolute Maximum Ratings = 4 to 5 C Parameter Symbol Limit Values Unit Remarks min. max. Supply voltage 4 V Supply voltage 4 V t < 4 ms; ν =. Output voltage V Q V Output current I Q ma Output reverse current I Q ma Junction temperature 4 5 C Junction temperature 7 C h Junction temperature C 4 h Storage temperature T stg 5 5 C Thermal resistance R th JA 9 K/W Note: Stresses above those listed here may cause permanent damage to the device. Exposure to absolute maximum rating conditions for extended periods may affect device reliability. Operating Range Parameter Symbol Limit Values Unit Remarks min. max. Supply voltage.8 4 V Junction temperature 4 5 C Junction temperature 4 7 C thresholds may exceed the limits Note: In the operating range the functions given in the circuit description are fulfilled. Semiconductor Group
7 TLE 495 L; TLE 495 L; AC/DC Characteristics.8 V 4 V; 4 C 5 C Parameter Symbol Limit Values Unit Test Condition Test Circuit min. typ. max. Supply current Output saturation voltage Output leakage current I SHigh I SLow Note: The listed characteristics are ensured over the operating range of the integrated circuit. Typical characteristics specify mean values expected over the production spread. If not otherwise specified, typical characteristics apply at = 5 C and the given supply voltage. ma ma < RP > OP V QSat.5.5 V I Q = 4 ma I QL µa V Q = 4 V Rise/fall time t r /t f µs R L =. kω C L pf Semiconductor Group
8 TLE 495 L; TLE 495 L; Magnetic Characteristics.8 V 4 V Parameter Symbol Limit Values Unit TLE 495 unipolar TLE 495 TLE 495- TLE 4945 TLE min. max. min. max. min. max. min. max. min. max. Junction Temperature = 4 C Turn-ON Turn-OFF Hysteresis ( OP - RP ) OP RP HY Junction Temperature = 5 C Turn-ON Turn-OFF Hysteresis ( OP - RP ) OP RP HY Junction Temperature = 85 C Turn-ON Turn-OFF Hysteresis ( OP - RP ) OP RP HY Semiconductor Group
9 TLE 495 L; TLE 495 L; Magnetic Characteristics (cont d).8 V 4 V Parameter Symbol Limit Values Unit TLE 495 unipolar TLE 495 TLE 495- TLE 4945 TLE min. max. min. max. min. max. min. max. min. max. Junction Temperature = 5 C Turn-ON Turn-OFF Hysteresis ( OP - RP ) OP RP HY Note: The listed characteristics are ensured over the operating range of the integrated circuit. Typical characteristics specify mean values expected over the production spread. If not otherwise specified, typical characteristics apply at = 5 C and the given supply voltage. Semiconductor Group
10 TLE 495 L; TLE 495 L; + - R L 4.7 nf Ι S GND TLE 495/5/5-/45- C L Ι Q Q AES44 Unipolar Type TLE 495 ipolar Type TLE 495 V Q V Q V QH V QH V QL V QL RP OP RP OP HY HY AED4 V Q V QH.9 V QH. V QH t r t f t AED4 Figure 7 Test Circuit Semiconductor Group
11 TLE 495 L; TLE 495 L; Mainframe Line Sensor 4.7 nf Signal. kω 4.7 nf GND Q TLE 495/5/5-/45- AES47 Figure 8 Application Circuit Semiconductor Group
12 TLE 495 L; TLE 495 L; Quiescent Current versus Supply Voltage Quiescent Current versus Junction Temperature 8 AED48 8 AED49 Ι S Ι S ma V Q = High ma V Q = High 4 = -4 C 4 = 4 V = 5 C =.8 V 5 5 V 5 Quiescent Current Difference versus Temperature -5 5 C Saturation Voltage versus Output Current. AED459. AED4 Ι S ma.75 Ι = Ι - Ι S SLow Ι Q = 4 ma SHigh V Q V..8.8 V _<V S _< 4 V.5. = 5 C.4.5. = -4 C C 4 ma Ι Q Semiconductor Group
13 TLE 495 L; TLE 495 L; TLE 495 Operate-and Release-Point versus Junction Temperature TLE 495 Hysteresis versus Junction Temperature 5.8 V _<V S _< 4 V AED V _<V S _< 4 V AED4 OPmax 5 HYmax RPmax OPtyp RPtyp 4 HYtyp 5 OPmin HYmin RPmin -4 5 C T j -4 5 C T j TLE 495 Operate-and Release-Point versus Junction Temperature TLE 495- Operate-and Release-Point versus Junction Temperature.8 V _<V S _< 4 V AED4.8 V <_V < _ S 4 V AED4 OPmax OPtyp OPmax OPtyp OPmin OPmin - RPmax RPmax - RPtyp - RPtyp - -4 RPmin 5 C T j RPmin C Semiconductor Group
14 TLE 495 L; TLE 495 L; TLE 4945 Operate-and Release-Point versus Junction Temperature TLE Operate-and Release-Point versus Junction Temperature AED45 8 AED5.8 V <_V < _ S 4 V.8 V <_V < _ S 4 V OPmax OPmax - RPmax OPtyp RPtyp OPmin RPmin - RPmax OPtyp RPtyp OPmin RPmin C C Semiconductor Group
15 TLE 495 L; TLE 495 L; Package Outline P-SSO-- (Plastic Single Small Outline Package) GPO558 Exterior Packaging I.e. tubes, trays, boxes are shown in our Data ook Package Information. Dimensions in mm Semiconductor Group
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XB7608A. One Cell Lithium-ion/Polymer Battery Protection IC GENERAL DESCRIPTION FEATURES APPLICATIONS
One Cell Lithium-ion/Polymer Battery Protection IC GENERAL DESCRIPTI The series product is a high integration solution for lithiumion/polymer battery protection. contains advanced power MOSFET, high-accuracy
Electric cars: Technology
In his lecture, Professor Pavol Bauer explains all about how power is converted between the various power sources and power consumers in an electric vehicle. This is done using power electronic converters.
Lecture 2. Power semiconductor devices (Power switches)
Lecture 2. Power semiconductor devices (Power switches) Power semiconductor switches are the work-horses of power electronics (PE). There are several power semiconductors devices currently involved in
Lithium Ion Battery Charger for Solar-Powered Systems
Lithium Ion Battery Charger for Solar-Powered Systems General Description: The is a complete constant-current /constant voltage linear charger for single cell Li-ion and Li Polymer rechargeable batteries.
CONSONANCE. 1A LiFePO4 Battery Charger CN3058E. Features: General Description: Applications: Pin Assignment
A LiFePO4 Battery Charger CN3058E General Description: The CN3058E is a complete constant-current /constant voltage linear charger for single cell LiFePO4 rechargeable batteries. The device contains an
800mA Lithium Ion Battery Linear Charger
GENERAL DESCRIPTION is a complete CC/CV linear charger for single cell lithium-ion batteries. it is specifically designed to work within USB power Specifications. No external sense resistor is needed and
Li-ion/Li Polymer Battery Charger. Features
General Description The is a highly-integrated battery charger for single-cell Li-ion or Li-polymer batteries capable of operating with an input voltage reached 2.5V. It is a complete charger device designed
Silvertel. Ag Features. Multi-Stage Charging. Battery Reversal Protection. Reduced Power Consumption. Wide DC or AC Input Voltage Range
Silvertel V1.3 October 2009 Datasheet Intelligent Pb 1 Features Multi-Stage Charging Battery Reversal Protection Reduced Power Consumption Wide DC or AC Input Voltage Range High Efficiency DC-DC Converter
800mA Standalone Linear Li-Ion Battery Charger with Dual LED Display
800mA Standalone Linear Li-Ion Battery Charger with Dual LED Display General Description The is a complete constant-current/constant- voltage linear charger for single cell lithium-ion batteries. Its SOT
Techcode. General Description. Features. Applications. Package Types DATASHEET. 1A Standalone Linear Li-lon Battery Charger with Thermal Regulation
General Description Features The is a complete constant current/constant voltage linear charger for single cell lithium ion batteries. Its SOP package and low external component count make the ideally
LM , LM mA and 500mA Voltage Regulators
LM2937-2.5, LM2937-3.3 400mA and 500mA Voltage Regulators General Description The LM2937-2.5 and LM2937-3.3 are positive voltage regulators capable of supplying up to 500 ma of load current. Both regulators
ACE4108 Max.2A Li-ion Switching Charger IC
Description The ACE4108 is a 2A Li-Ion battery switching charger intended for 12V. Low power dissipation, an internal MOSFET and its compact package with minimum external components requirement makes the
ORDERING INFORMATION # of Ports Pressure Type Device Device Name Options
Freescale Semiconductor Integrated Silicon Pressure Sensor + for Manifold Absolute Pressure, Applications, On-Chip Signal Conditioned, Temperature Compensated and Calibrated The Freescale series Manifold
CE3152 Series. Standalone Linear LiFePO4 battery charger with Thermal Regulation INTRODUCTION: FEATURES: APPLICATIONS: PIN CONFIGURATION:
Standalone Linear LiFePO battery charger with Thermal Regulation Series INTRODUCTION: The is a complete constantcurrent constantvoltage linear charger for single cell LiFePO batteries. It s SOT package
ST3S01PHD BATTERY CHARGE I.C.
BATTERY CHARGE I.C. DEDICATED I.C. FOR 1 LI-ION CELL OR 3 NI-MH CELLS 5 DIFFERENT OPERATING MODES 150 ma PRECHARGE CURRENT VERY LOW DROP CHARGE SWITCH (130mV @ 800mA) VERY LOW DROP REVERSE SWITCH (130mV
LM317L 3-Terminal Adjustable Regulator
3-Terminal Adjustable Regulator General Description The is an adjustable 3-terminal positive voltage regulator capable of supplying 100mA over a 1.2V to 37V output range. It is exceptionally easy to use
HM9902B. One Cell Lithium-ion/Polymer Battery Protection IC GENERAL DESCRIPTION APPLICATIONS FEATURES. Protection of Battery Cell Reverse.
One Cell Lithium-ion/Polymer Battery Protection IC GENERAL DESCRIPTI The HM9902B Series product is a high integration solution for lithiumion/polymer battery protection. HM9902B contains advanced power
HM8202. The HM8202 is available in the SOP-8L package. Charging Docks Handheld Instruments Portable Computers
Standalone Li-Ion Switch Mode Battery Charger Features Input Supply Range: 9V ~ 14V End-Charge-Current Detection Output Constant Switching Frequency for Minimum Noise Automatic Battery Recharge Automatic
PRODUCT DATASHEET AAT3681
General Description The BatteryManager is an integrated single cell lithium-ion/polymer battery charger IC, designed to operate from a DC power source or USB port up to an input voltage of 7.5V. It requires
500mA Linear Li-Ion Battery Charger in SOT23
500mA Linear Li-Ion Battery Charger in SOT23 General Description The is a standalone linear Li-ion battery charger with exposed pad SOT23 package. With few external components, is well suited for a wide