Emerson PTH Hoja de datos

No.	parte #	Fabricante	Descripción
1	PTH05030W	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
2	PTH05010Y	Emerson	DC-DC / Non-Isolated POLA memory to half the VDDQ power supply voltage. The PTHxx010Y series employs an actively switched synchronous rectifier output to provide state of the art stepdown switching conversion. The products are small in size and are an ideal choice where space, perfo
3	PTH03050W	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
4	PTH03050Y	Emerson	DC-DC / Non-Isolated POLA memory is usually set to half the VDDQ power supply voltage. The PTHxx050Y series employs an actively switched synchronous rectifier output to provide state of the art stepdown switching conversion. The products are small in size and are an ideal choice wh
5	PTH05010W	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
6	PTH12050W	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
7	PTH12060W	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
8	PTH03010YAS	Emerson	DC-DC / Non-Isolated POLA memory to half the VDDQ power supply voltage. The PTHxx010Y series employs an actively switched synchronous rectifier output to provide state of the art stepdown switching conversion. The products are small in size and are an ideal choice where space, perfo
9	PTH03010YAZ	Emerson	DC-DC / Non-Isolated POLA memory to half the VDDQ power supply voltage. The PTHxx010Y series employs an actively switched synchronous rectifier output to provide state of the art stepdown switching conversion. The products are small in size and are an ideal choice where space, perfo
10	PTH03060W	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power do
11	PTH03010WAS	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
12	PTH03010WAZT	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
13	PTH03010YAST	Emerson	DC-DC / Non-Isolated POLA memory to half the VDDQ power supply voltage. The PTHxx010Y series employs an actively switched synchronous rectifier output to provide state of the art stepdown switching conversion. The products are small in size and are an ideal choice where space, perfo
14	PTH03030W	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
15	PTH03060Y	Emerson	DC-DC / Non-Isolated POLA memory • VTT bus termination output (output the system VREF) • 10 A output current • 3.3, 5 or 12 Vdc input voltage • DDR and QDR compatible • ON/OFF inhibit (for VTT standby) • Under-voltage lockout • Operating temperature range: -40 °C to +85 °C •
16	PTH05020W	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
17	PTH05060W	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled powerup and power-dow
18	PTH12020L	Emerson	DC-DC / Non-Isolated POLA • 18 A output current • 12 V input voltage • Wide-output voltage adjust • 1.2 Vdc to 5.5 Vdc for suffix ‘W’ and 0.8 Vdc to 1.8 Vdc for suffix ‘L’ • Auto-track™ sequencing* • Margin up/down controls • Efficiencies up
19	PTH03010WAD	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do
20	PTH03010WAH	Emerson	DC-DC / Non-Isolated POLA available in the industry. The primary new feature provides for sequencing between multiple modules, a function, which is becoming a necessity for powering advanced silicon including DSP’s, FPGA’s and ASIC’s requiring controlled power-up and power-do