SMD Cross reference 09K


Search for ex:AY or BZX584 or BFT92

Search: 09K Reference





Results 10
Ref. M.C. Type P.N. Ref.Desc.Pin.(TOP)MNF
09KAP6209-28GB LDO, 2.8V±2%, 250mA, Halogen-free
Linear Voltage Regulator IC
SOT-23
TOP VIEW
SOT-23

1: GND

2: Voutput

3: Vinput

Anw
Anwell Semiconductor Corp.
09KAP6209-28PB LDO, 2.8V±2%, 250mA
Linear Voltage Regulator IC
SOT-23
TOP VIEW
SOT-23

1: GND

2: Voutput

3: Vinput

Anw
Anwell Semiconductor Corp.
09KAP6209-28PL LDO, 2.8V±2%, 250mA
Linear Voltage Regulator IC
SOT-89
TOP VIEW
SOT-89

1: GND

2: Vinput

3: Voutput

Anw
Anwell Semiconductor Corp.
09KAP6209-28GL LDO, 2.8V±2%, 250mA, Halogen-free
Linear Voltage Regulator IC
SOT-89
TOP VIEW
SOT-89

1: GND

2: Vinput

3: Voutput

Anw
Anwell Semiconductor Corp.
09KAP6209-28PL LDO, 2.8V±2%, 250mA
Linear Voltage Regulator IC
SOT-89
TOP VIEW
SOT-89

1: GND

2: Vinput

3: Voutput

Anw
Anwell Semiconductor Corp.
09KAP6209-28GL LDO, 2.8V±2%, 250mA, Halogen-free
Linear Voltage Regulator IC
SOT-89
TOP VIEW
SOT-89

1: GND

2: Vinput

3: Voutput

Anw
Anwell Semiconductor Corp.
09KXC6101B548MR 4.8V±2%, Hst, -MR, -Reset PPO, Wt=400ms, Rt=25ms
Voltage Detector IC
SOT-25
TOP VIEW
SOT-25

1: Reset

2: GND

3: MR

4: WD

5: Vcc

Tor
Torex Semiconsuctor Ltd.

Datasheet Website
09KXC6101B518MR 1.8V±2%, Hst, -MR, -Reset PPO, Wt=400ms, Rt=25ms
Voltage Detector IC
SOT-25
TOP VIEW
SOT-25

1: Reset

2: GND

3: MR

4: WD

5: Vcc

Tor
Torex Semiconsuctor Ltd.

Datasheet Website
09KAP6209-28PA LDO, 2.8V±2%, 250mA, +CE
Linear Voltage Regulator IC
SOT-23-5
TOP VIEW
SOT-23-5

1: Vinput

2: GND

3: CE

4: N/C

5: Voutput

Anw
Anwell Semiconductor Corp.
09KAP6209-28GA LDO, 2.8V±2%, 250mA, +CE, Halogen-free
Linear Voltage Regulator IC
SOT-23-5
TOP VIEW
SOT-23-5

1: Vinput

2: GND

3: CE

4: N/C

5: Voutput

Anw
Anwell Semiconductor Corp.

SMD Cross Reference, Type and Equivalent


* Top View for Fig. and Pinout.
We make every effort to ensure that the material on this site is accurate, however we do not warrant or represent that the Information is free from errors or omission.