lb11695m Sanyo Semiconductor Corporation, lb11695m Datasheet
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lb11695m
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lb11695m Summary of contents
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... LB11695M Overview The LB11695M is a direct PWM drive predriver IC designed for three-phase power brushless motors. A motor driver circuit with the desired output power (voltage and current) can be implemented by adding discrete transistors in the output circuits. This device is optimal for driving all types of large-scale motors such as those used in air conditioners and on-demand water heaters ...
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... VCTL2 Maximum output duty HDUTY Input bias current 1 IB1(CTL) Input bias current 2 IB2(CTL) *: Design target value and no measurement was made. LB11695M Conditions pin pin, when V CC and VREG are shorted V15 pin UL, VL, WL, UH, VH, and WH pins Symbol Conditions Stop mode Low level 400 µ ...
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... Low-level input voltage V IL (SS) Input open voltage VIO(SS) Hysteresis VIS(SS) High-level input current I IH (SS) Low-level input current I IL (SS) *: Design target value and no measurement was made. LB11695M Symbol Conditions VPWM=2.1V C=1000pF VCTL=6. =7mA V O =13.5V C=0.01µF Design target value* (junction temperature) Design target value* ...
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... V IH (N2) Low-level input voltage V IL (N2) Input open voltage VIO(N2) High-level input current I IH (N2) Low-level input current I IL (N2) Package Dimensions unit : mm (typ) 3073C 15 1.0 0.4 (0.6) SANYO : MFP30SD(375mil) LB11695M Symbol Conditions VF/R=VREG VF/R=0V VN1=VREG VN1=0V VN2=VREG VN2=0V 0.25 Ratings min typ max 2.0 VREG 0 1.0 VREG-0.5 VREG 0.2 ...
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... The HP output can be selected (by the N1 and N2 settings one of the following four functions: the IN1 Hall input converted to a pulse output (one-Hall output), the one-Hall output divided by two or the three-phase output synthesized from the Hall inputs (three-Hall synthesized output). LB11695M 100 90 ...
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... IN1 IN1- 11 IN2+ 12 IN2- 13 IN3+ 14 IN3- 300Ω LB11695M F/R PWMIN S/S CSD VCTL LB11695M IN1+ Equivalent Circuit 5k Ω 300Ω PWM TOC 12REG V15 LVS ...
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... VREG LVS V15 18 19 12REG 20 TOC VREG LB11695M Equivalent Circuit 43kΩ 1.96V 20kΩ 20 Pin Description Stabilized power supply output (5V output) Insert a capacitor (about 0.1µF) between this pin and ground for stabilization. NC pin. Available for wiring convenience. ...
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... VREG 22 VCTL VREG 20kΩ 2.26V 23 CSD VREG 24 S/S VREG 25 PWM VREG IN LB11695M Equivalent Circuit 200Ω 21 23kΩ 40kΩ 22 300 Ω 23 3.5k Ω 24 3.5k Ω 25 Pin Description PWM oscillator frequency setting Insert a capacitor between this pin and ground. Control voltage input. The PWMIN pin must be set low when this pin used for voltage control ...
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... Continued from preceding page. Pin Symbol No. 26 F/R VREG 27 HP VREG 28 N1 VREG 29 N2 VREG 30 GND LB11695M Equivalent Circuit 3.5k Ω 3.5k Ω 28 3.5k Ω 29 Pin Description Forward/Reverse direction input Hall signal output Hall signal output (HP signal) selector Hall signal output (HP signal) selector Ground pin. No.7948-9/17 ...
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... Hall Sensor Signal Input/Output Timing Chart F/R=“L“ IN1 IN2 IN3 F/R=“H“ IN1 IN2 IN3 Areas shown in grey ( LB11695M ) indicates PWM output. No.7948-10/17 ...
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... Application Circuit Examples (1) Bipolar transistor drive (high side PWM) using a 5V power supply LB11695M No.7948-11/17 ...
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... MOS transistor drive (low side PWM) using a 12V power supply LB11695M No.7948-12/17 ...
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... NMOS transistor+PNP Transistor drive (low side PWM) using a 15V power supply LB11695M No.7948-13/17 ...
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... LB11695M Functional Description 1. Output Drive Circuit The LB11695M adopts direct PWM drive to minimize power loss in the outputs. The output transistors are always saturated when on, and the motor drive power is adjusted by changing the on duty of the output. The output PWM switching is performed on the UH, VH, and WH outputs. Since the and outputs have the same output form, applications can select either low side PWM or high side PWM drive by changing the way the external output transistors are connected ...
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... LVS pin and ground. When the protection circuit is not to be used, do not keep the LVS pin open (output is off when put in the open state); instead, a voltage of the level that will not activate the circuit to the LVS pin. LB11695M To the PWMIN pin To detection ...
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... Constraint Protection Circuit The LB11695M is provided with a constraint protection circuit that protects the IC itself and the motor in case the motor is physically constrained (held stopped). The protection circuit turns off the outputs on one side (UH, VH, and WH) when the Hall input signals remain unchanged for a certain time in the motor drive mode. The time the Hall input signals remain unchanged (protection time) is determined by the capacitance of the capacitor connected to the CSD pin ...
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... SANYO Semiconductor believes information herein is accurate and reliable, but no guarantees are made or implied regarding its use or any infringements of intellectual property rights or other rights of third parties. This catalog provides information as of December, 2006. Specifications and information herein are subject to change without notice. LB11695M PS No.7948-17/17 ...