1.2 – 37 V Linear voltage regulator, ON Semiconductor. ON Semiconductor LM317 series is an adjustable Linear Voltage Regulator. The 3-terminal positive voltage regulator can offer an output current of 1.5A and more with an output voltage ranging between 1.2 to 37 V. The easy to use LM317 adjustable voltage regulator can be used in various applications such as on-card regulation and being utilised as a programmable output regulator it can be used as a precision current regulator by attaching a fixed resistor between the adjustment and output. Output Voltage Range: 1.25 V to 37 V Output Current: 1.5 A Short circuit current limiting, Thermal protection, and Safe-area compensation Floating Operation for High-Voltage Applications
Spec
Quantity:1bag(2500pieces)
Output Voltage:1.2 → 37 V
Maximum Output Current:100mA
Package Type:SOIC
Output Type:Adjustable
Mounting Type:Surface Mount
Pin Count:8
Minimum Operating Temperature:-40 °C
Maximum Operating Temperature:+125 °C
Number of Outputs:1
Polarity:Positive
Accuracy:±4%
CODE No.:163-2411
Order No.
64-0251-83
Model No.
LM317LBDR2G
Standard price
JPY: 54,500USD: 339.10
Excange rate 1USD= 160.72JPY Valid price in Japan
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64-0251-83 ON Semiconductor, 1.2 → 37 V Linear Voltage Regulator, 100mA, 1-Channel, Adjustable, ±4% 8-Pin, SOIC LM317LBDR2G LM317LBDR2G 【AXEL GLOBAL】<!--@[ss-27]@--> アズワン<!--@/[ss-27]@-->
1.2 – 37 V Linear voltage regulator, ON Semiconductor. ON Semiconductor LM317 series is an adjustable Linear Voltage Regulator. The 3-terminal positive voltage regulator can offer an output current of 1.5A and more with an output voltage ranging between 1.2 to 37 V. The easy to use LM317 adjustable voltage regulator can be used in various applications such as on-card regulation and being utilised as a programmable output regulator it can be used as a precision current regulator by attaching a fixed resistor between the adjustment and output. Output Voltage Range: 1.25 V to 37 V Output Current: 1.5 A Short circuit current limiting, Thermal protection, and Safe-area compensation Floating Operation for High-Voltage Applications
