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36-V power transistorDescription:The LP395 is a fast monolithic transistor with complete overload protection. This very high gain transistor has included on the chip, current limiting, power limiting, and thermal overload protection, making it difficult to destroy from almost any type of overload. Available in an epoxy TO-92 transistor package this device is specified to deliver 100 mA. Thermal limiting at the chip level, a feature not available in discrete designs, provides comprehensive protection against overload. Excessive power dissipation or inadequate heat sinking causes the thermal limiting circuitry to turn off the device preventing excessive die temperature. The LP395 offers a significant increase in reliability while simplifying protection circuitry. It is especially attractive as a small incandescent lamp or solenoid driver because of its low drive requirements and blowout-proof design. The LP395 is easy to use and only a few precautions need be observed. Excessive collector to emitter voltage can destroy the LP395 as with any transistor. When the device is used as an emitter follower with a low source impedance, it is necessary to insert a 4.7 kO resistor in series with the base lead to prevent possible emitter follower oscillations. Also since it has good high frequency response, supply by-passing is recommended. Areas where the LP395 differs from a standard NPN transistor are in saturation voltage, leakage (quiescent) current and in base current. Since the internal protection circuitry requires voltage and current to function, the minimum voltage across the device in the on condition (saturated) is typically 1.6 Volts, while in the off condition the quiescent (leakage) current is typically 200 µA. Base current in this device flows out of the base lead, rather than into the base as is the case with conventional NPN transistors. Also the base can be driven positive up to 36 Volts without damage, but will draw current if driven negative more than 0.6 Volts. Additionally, if the base lead is left open, the LP395 will turn on. The LP395 is a low-power version of the 1-Amp LM195/LM295/LM395 Ultra Reliable Power Transistor. The LP395 is rated for operation over a -40°C to +125°C range.Features:• Internal Thermal Limiting• Internal Current and Power Limiting• Specified 100 mA Output Current• 0.5 µA Typical Base Current• Directly Interfaces with TTL or CMOS• +36 Volts On Base Causes No Damage• 2 µs Switching Time

Sensor ICs in the SS400 series are small and versatile digital Hall-effect components that are driven by the magnetic field of a permanent magnet or electromagnet and designed to react to alternating north and south poles. Bipolar, unipolar and latch magnets are available.Thanks to band-gap regulation, extremely stable operation is possible over the entire range of supply voltage from 3.8 V DC to 30 V DC. These sensors are suitable for continuously 20-mA-switching power outlets and withstand temporary current peaks to a maximum of 50 mA. The 3.8-V rating makes them useful in many different low-voltage applications.The power output of the open collector can be easily connected with a large selection of electronic circuits.In order to be able to offer reliable products and high quality, the SS400 series has been tested at 25°C [75°F] and 125°C [257°F]. All catalogue items in this series are classified for operation at up to 150°C [302°F].• Design with a quadruple Hall effect eliminates load effects• Temperature-compensated magnets provide stable operation over a wide temperature range from –40° to 150°C• Miniature standard plastic housing with 3-wire connection and a roll option for automated insertion into components, thereby reducing installation costs• A broad supply-voltage range from 3.8 V DC to 30 V DC makes them useful in a wide range of applications.• The digital power output of the open collector can be easily connected with a large selection of electronic circuits.Technical product data:Product type: Temperature-compensated integrated circuit for digital Hall-effect sensorPackage type: Low-profile TO-92 housing, straight standard connection wires, 14.99-mm [0.590-inch], 12.7-mm [0.050-inch] separationSupply voltage: 3.8 - 30 V DCOutput type: SinkConnection type: Printed circuit boardMagnetic actuator: bipolarOperating temperature: –40°C to +150°CStorage temperature: –50°C to +150°COutput voltage: 0.4 V DC max.Rise time (10% to 90%): 1.5 µs max.Fall time (90% to 10%): 1.5 µs max.Switch-on point: 6.0 mT [60 G] max. at 25°CSwitch-off point: -6.0 mT [-60 G] min. at 25°CSupply current: 10 mAOutput current (max.): 20 mALeakage current: 10 µA max.Differential: 1.5 mT [15 G] min. at 25°C

Sensor ICs in the SS400 series are small and versatile digital Hall-effect components that are driven by the magnetic field of a permanent magnet or electromagnet and designed to react to alternating north and south poles. Bipolar, unipolar and latch magnets are available.Thanks to band-gap regulation, extremely stable operation is possible over the entire range of supply voltage from 3.8 V DC to 30 V DC. These sensors are suitable for continuously 20-mA-switching power outlets and withstand temporary current peaks to a maximum of 50 mA. The 3.8-V rating makes them useful in many different low-voltage applications.The power output of the open collector can be easily connected with a large selection of electronic circuits.In order to be able to offer reliable products and high quality, the SS400 series has been tested at 25°C [75°F] and 125°C [257°F]. All catalogue items in this series are classified for operation at up to 150°C [302°F].• Design with a quadruple Hall effect eliminates load effects• Temperature-compensated magnets provide stable operation over a wide temperature range from –40° to 150°C• Miniature standard plastic housing with 3-wire connection and a roll option for automated insertion into components, thereby reducing installation costs• A broad supply-voltage range from 3.8 V DC to 30 V DC makes them useful in a wide range of applications.• The digital power output of the open collector can be easily connected with a large selection of electronic circuits.Technical product data:Product type: Temperature-compensated integrated circuit for digital Hall-effect sensorPackage type: Low-profile TO-92 housing, straight standard connection wires, 14.99-mm [0.590-inch], 12.7-mm [0.050-inch] separationSupply voltage: 3.8–30 V DCOutput type: SinkConnection type: Printed circuit boardMagnetic actuator: bipolarOperating temperature: –40°C to +150°CStorage temperature: –50°C to +150°COutput voltage: 0.4 V DC max.Rise time (10% to 90%): 1.5 µs max.Fall time (90% to 10%): 1.5 µs max.Switch-on point: 14.0 mT [140 G] max. at 25°CSwitch-off point: -14.0 mT [-140 G] min. at 25°CSupply current: 10 mAOutput current (max.): 20 mALeakage current: 10 µA max.Differential: 2.0 mT [20 G] min. at 25°C

2SA 1381

Transistor 2SC 3503 NPN, 300 V, 0.1 A, TO-126

2SC 458

2SA 1162> 80 MHz

2SA 992100 MHz

NPN TO-220 transistor 120 V 12 A 85 W

Transistor 2SD 718 NPN, 120 V, 8 A, TO-3PN

Transistor 2SD 424 NPN, 160 V, 15 A, TO-3

2SA 1535

2SB 688

2SA 1111

2SB 861

Bipolar electrolytic capacitor with coarse film• To build frequency crossovers. • 63 VDC, 10% tolerance• Dimensions: 18 x 35 mm

Bipolar electrolytic capacitor with coarse film• To build frequency crossovers. • 63 VDC, 10% tolerance• Dimensions: 10 x 26 mm

Bipolar electrolytic capacitor with coarse film• To build frequency crossovers. • 63 VDC, 10% tolerance• Dimensions: 14 x 35 mm