Achei na net uma listagem com as abreviaturas usadas em esquemas de noteboks, que acredito, irá ajudar na interpretação destes sinais no esquema elétrico.

Apenas formatei o texto e disponibilizo aos colegas.

 

No final do post, deixei um link com o arquivo PDF desta listagem para quem precisar, além do devido crédito ao autor.

 

AC		Alternating current
ACDRV		AC adapter to system-switch driver output
ACEDET		Adaptor Current Detector
ACGOOD		Valid adapter active-low detect logic open-drain output
ACIN		Adaptor Current sensor Input
ACN		Adapter current sense resistor
ACOP		Input Over-Power Protection
ACOV		Input Overvoltage Protection
ACP		Adapter current sense resistor, positive input.
ADP+		Adapter Positif Suplay
ADP_ID		Adapter Identity
AGND		Analog Ground
ALWP		ALWAYS ON POWER
B+		AC OR BAT POWER RAIL FOR POWER CIRCUIT
BATT		Battery
BAT+		BAT POWER RAIL FOR POWER CIRCUIT
BAT_DRV		Bat Fet Gate Driver
BAT_V		Battery Voltage
BOM		BILL OF MATERIAL MANAGEMENT
BT		BUTTON
BT_EN		Bloototh Enable
BUZER		Connected
BYP		Baypass
CHGEN		Charge enable active-low logic input
CIN		Input Capacitor
CLK_EN		CLKOCK ENABLE
CN		CONECTOR
CRT		Cathode ray tube
CSIN 		Current Sensor input Negatif
CSIP 		Current Sensor input Positif
DC		Direct current
DM		DIM/DIM SOCKET/SOKET MEMORY/SOKET DDR
DOCK		DOCKING SOCKET
EC		Embedded Controler
EC_ON		Embeded Controler Enable
EMI		Elektromagnetik Interference(GANGGUAN ELEKTROMAGNETIK)
EN		ENABLE
ENTRIP		Enable Terminal
F		FUSE
FSEL		Frequency Select Input
GATE		Trigger gate
GND		Ground
GP		GROUND PIN
GPI		General Power Input
GPIO		General Power Input Output
HDMI		High-Definition Multimedia Interface
ID		Continuous Drain Current
IDM		Pulsed Drain Current
IIN		Operating Supply Current
IIN(SHDN)	 Shutdown Supply Current
IIN(STBY) 	Standby Supply Current
IS		Continuous Source Current (Diode Conduction)
IVIN		Battery Supply Current at VIN pin
JP		JUMPER POINT
KBC		Keyboard Controler
LCDV		LCD POWER
LDO		Linear Driver Output
LGATE		Lower-side MOSFET gate signal
LPC		Low Pin Count
LVDS		Low-voltage differential signaling(SYSTEM PENSIGNALAN)
MBAT		MAIN BATTERY
NB		North Bridge
ODD		OUTPUT DISC DRIVE
PCI		Peripheral Component Interconnect
PGOOD		Power good open-drain output
PIR		PRODUCT IMPROVED RECORD
PSI#		Current indicator input
PVCC		IC power positive supply
RSMRST		Resume Reset
RTC		REAL TIME CLOCK
SB		South Bridge
SHDN		Shutdown
SYS_SDN		System Shutdown
SPI		Serial Peripheral Interface
TD		Death Time
THRM		THERMAL SENSOR
TMDS		Transition Minimized Differential Signaling(TRANSMISI DATA TEKNOLOGY)
TP		TEST POINT
TPAD		THERMAL PAD
UVLO		Input Undervoltage Lock Out
V		RAIL(POWER)
V+		Positive Voltage
VADJ		Output regulation voltage
VALW		ALWAYS ON POWER
VALWP		VALW PAD
VBAT		BATTERY POWER
VCCP		Power chip(ich,graphic chips)
VCORE		POWER PROCESOR
VDD		Control power supply
VDDR		POWER DDR (VDRAM/VRAM/VMEM)
VDS		VOLTAGE DRAIN SOURCE
VFB		Feedback inputs Power
VGS		VOLTAGE GATE SOURCES
VIN		Input Voltage Range
VIN		ADAPTER POWER SUPLY (vol_in)
VL		Power Lock
VL		Voltage across the load/Tegangan beban resistor
VL		Voltage Linear
VLDOIN		Power supply of the VTT and VTTREF output stage (to Power MOS)
VOT		Volt_Out
VRAM		Power Memory
VREF		Power Reference/Schema Reference/Tensão de referência
VS		SUITCH POWER
VS+		SUPPORT VOLTAGE POSITIF
VSB		POWER SWITCH BUTTON
VSS		Signal ground
VSW		Power Switch
VTT		Memory Termination Voltage
VTERM		Memory Termination Voltage
VUSB		POWER USB
VGA		POWER VGA (VGPX/VGPU/VCVOD)
VGFX		POWER GRAPHIC CHIP  
VREF		VOLTAGE REFERENCES

 

Arquivo em PDF: Você não tem permissão para visualizar links. Faça login ou cadastre-se.

 

Créditos:http://adiedkhazbook.blogspot.com.br/

valeu muito legal.........

Obrigado, era isso que eu estava precisando.

Alguém teria uma explicação, do que seria o ENTRIP? estou com um PWM na qual a saída dele é ENTRIP3 e ENTRIP5

Abraços

@Vtronic é um terminal de habilitação > ENABLE

 

O link abaixo contém um vídeo que explica isso em detalhes e pode servir de base para outros circuitos:

https://eletronicabr.com/forums/topic/51616-etapa-1-parte-1-tps51125/

 

Em 16/05/2015 às 22:26, Hélio disse:

Achei na net uma listagem com as abreviaturas usadas em esquemas de noteboks, que acredito, irá ajudar na interpretação destes sinais no esquema elétrico.

Apenas formatei o texto e disponibilizo aos colegas.

 

No final do post, deixei um link com o arquivo PDF desta listagem para quem precisar, além do devido crédito ao autor.

 

 

AC		Alternating current
ACDRV		AC adapter to system-switch driver output
ACEDET		Adaptor Current Detector
ACGOOD		Valid adapter active-low detect logic open-drain output
ACIN		Adaptor Current sensor Input
ACN		Adapter current sense resistor
ACOP		Input Over-Power Protection
ACOV		Input Overvoltage Protection
ACP		Adapter current sense resistor, positive input.
ADP+		Adapter Positif Suplay
ADP_ID		Adapter Identity
AGND		Analog Ground
ALWP		ALWAYS ON POWER
B+		AC OR BAT POWER RAIL FOR POWER CIRCUIT
BATT		Battery
BAT+		BAT POWER RAIL FOR POWER CIRCUIT
BAT_DRV		Bat Fet Gate Driver
BAT_V		Battery Voltage
BOM		BILL OF MATERIAL MANAGEMENT
BT		BUTTON
BT_EN		Bloototh Enable
BUZER		Connected
BYP		Baypass
CHGEN		Charge enable active-low logic input
CIN		Input Capacitor
CLK_EN		CLKOCK ENABLE
CN		CONECTOR
CRT		Cathode ray tube
CSIN 		Current Sensor input Negatif
CSIP 		Current Sensor input Positif
DC		Direct current
DM		DIM/DIM SOCKET/SOKET MEMORY/SOKET DDR
DOCK		DOCKING SOCKET
EC		Embedded Controler
EC_ON		Embeded Controler Enable
EMI		Elektromagnetik Interference(GANGGUAN ELEKTROMAGNETIK)
EN		ENABLE
ENTRIP		Enable Terminal
F		FUSE
FSEL		Frequency Select Input
GATE		Trigger gate
GND		Ground
GP		GROUND PIN
GPI		General Power Input
GPIO		General Power Input Output
HDMI		High-Definition Multimedia Interface
ID		Continuous Drain Current
IDM		Pulsed Drain Current
IIN		Operating Supply Current
IIN(SHDN)	 Shutdown Supply Current
IIN(STBY) 	Standby Supply Current
IS		Continuous Source Current (Diode Conduction)
IVIN		Battery Supply Current at VIN pin
JP		JUMPER POINT
KBC		Keyboard Controler
LCDV		LCD POWER
LDO		Linear Driver Output
LGATE		Lower-side MOSFET gate signal
LPC		Low Pin Count
LVDS		Low-voltage differential signaling(SYSTEM PENSIGNALAN)
MBAT		MAIN BATTERY
NB		North Bridge
ODD		OUTPUT DISC DRIVE
PCI		Peripheral Component Interconnect
PGOOD		Power good open-drain output
PIR		PRODUCT IMPROVED RECORD
PSI#		Current indicator input
PVCC		IC power positive supply
RSMRST		Resume Reset
RTC		REAL TIME CLOCK
SB		South Bridge
SHDN		Shutdown
SYS_SDN		System Shutdown
SPI		Serial Peripheral Interface
TD		Death Time
THRM		THERMAL SENSOR
TMDS		Transition Minimized Differential Signaling(TRANSMISI DATA TEKNOLOGY)
TP		TEST POINT
TPAD		THERMAL PAD
UVLO		Input Undervoltage Lock Out
V		RAIL(POWER)
V+		Positive Voltage
VADJ		Output regulation voltage
VALW		ALWAYS ON POWER
VALWP		VALW PAD
VBAT		BATTERY POWER
VCCP		Power chip(ich,graphic chips)
VCORE		POWER PROCESOR
VDD		Control power supply
VDDR		POWER DDR (VDRAM/VRAM/VMEM)
VDS		VOLTAGE DRAIN SOURCE
VFB		Feedback inputs Power
VGS		VOLTAGE GATE SOURCES
VIN		Input Voltage Range
VIN		ADAPTER POWER SUPLY (vol_in)
VL		Power Lock
VL		Voltage across the load/Tegangan beban resistor
VL		Voltage Linear
VLDOIN		Power supply of the VTT and VTTREF output stage (to Power MOS)
VOT		Volt_Out
VRAM		Power Memory
VREF		Power Reference/Schema Reference/Tensão de referência
VS		SUITCH POWER
VS+		SUPPORT VOLTAGE POSITIF
VSB		POWER SWITCH BUTTON
VSS		Signal ground
VSW		Power Switch
VTT		Memory Termination Voltage
VTERM		Memory Termination Voltage
VUSB		POWER USB
VGA		POWER VGA (VGPX/VGPU/VCVOD)
VGFX		POWER GRAPHIC CHIP  
VREF		VOLTAGE REFERENCES

 

 

 

Arquivo em PDF: https://eletronicabr.com/forums/topic/49309-siglas-usadas-em-esquemas-elétricos

 

Créditos:http://adiedkhazbook.blogspot.com.br/

tabela muito boa de se trabalhar é muito inportante essas siglas vai facilitar muito o meu trabalho....

 

Muito bom !!!!