Datasheet LT6411 (Analog Devices) - 8
| Manufacturer | Analog Devices |
| Description | 650MHz Differential ADC Driver/Dual Selectable Gain Amplifier |
| Pages / Page | 16 / 8 — PIN FUNCTIONS VEE (Pins 1, 2):. EN (Pin 11):. DGND (Pin 12):. VEE (Pins … |
| File Format / Size | PDF / 371 Kb |
| Document Language | English |
PIN FUNCTIONS VEE (Pins 1, 2):. EN (Pin 11):. DGND (Pin 12):. VEE (Pins 3, 7):. IN1+ (Pin 13):. IN1– (Pin 14):. NC (Pin 4):
Model Line for this Datasheet
Text Version of Document
LT6411
PIN FUNCTIONS VEE (Pins 1, 2):
Negative Supply Voltage. VEE pins are not
EN (Pin 11):
Enable Control Pin. An internal pull-up resis- internally connected to each other and must all be con- tor of 46k will turn the part off if the pin is allowed to fl oat nected externally. Proper supply bypassing is necessary and defi nes the pin’s impedance. When the pin is pulled for best performance. See the Applications Information low, the part is enabled. section.
DGND (Pin 12):
Digital Ground Reference for Enable Pin.
VEE (Pins 3, 7):
Negative Supply Voltage for Output Stage. This pin is normally connected to ground. VEE pins are not internally connected to each other and
IN1+ (Pin 13):
Channel 1 Positive Input. This pin has a must all be connected externally. Proper supply bypassing nominal impedance of 400kΩ and does not have an internal is necessary for best performance. See the Applications termination resistor. Information section.
IN1– (Pin 14):
This pin connects to the internal resistor
NC (Pin 4):
This pin is not internally connected. network of the channel 1 amplifi er, connecting by a 370Ω
OUT2 (Pin 5):
Output of Channel 2. The gain between the resistor to the inverting input. input and the output of this channel is set by the connection
IN2– (Pin 15):
This pin connects to the internal resistor of the channel 2 input pins. See Table 1 in Applications network of the channel 2 amplifi er, connecting by a 370Ω Information for details. resistor to the inverting input.
VCC (Pins 6, 9):
Positive Supply Voltage for Output Stage.
IN2+ (Pin 16):
Channel 2 Positive Input. This pin has a VCC pins are not internally connected to each other and nominal impedance of 400kΩ and does not have an internal must all be connected externally. Proper supply bypassing termination resistor. is necessary for best performance. See the Applications Information section.
Exposed Pad (Pin 17):
The pad is internally connected to V
OUT1 (Pin 8):
Output of Channel 1. The gain between the EE (Pin 1). If split supplies are used,
do not
tie the pad to ground. input and the output of this channel is set by the connection of the channel 1 input pins. See Table 1 in Applications Information for details.
VCC (Pin 10):
Positive Supply Voltage. VCC pins are not internally connected to each other and must all be con- nected externally. Proper supply bypassing is necessary for best performance. See the Applications Information section. 6411f 8
PIN FUNCTIONS VEE (Pins 1, 2):
Negative Supply Voltage. VEE pins are not
EN (Pin 11):
Enable Control Pin. An internal pull-up resis- internally connected to each other and must all be con- tor of 46k will turn the part off if the pin is allowed to fl oat nected externally. Proper supply bypassing is necessary and defi nes the pin’s impedance. When the pin is pulled for best performance. See the Applications Information low, the part is enabled. section.
DGND (Pin 12):
Digital Ground Reference for Enable Pin.
VEE (Pins 3, 7):
Negative Supply Voltage for Output Stage. This pin is normally connected to ground. VEE pins are not internally connected to each other and
IN1+ (Pin 13):
Channel 1 Positive Input. This pin has a must all be connected externally. Proper supply bypassing nominal impedance of 400kΩ and does not have an internal is necessary for best performance. See the Applications termination resistor. Information section.
IN1– (Pin 14):
This pin connects to the internal resistor
NC (Pin 4):
This pin is not internally connected. network of the channel 1 amplifi er, connecting by a 370Ω
OUT2 (Pin 5):
Output of Channel 2. The gain between the resistor to the inverting input. input and the output of this channel is set by the connection
IN2– (Pin 15):
This pin connects to the internal resistor of the channel 2 input pins. See Table 1 in Applications network of the channel 2 amplifi er, connecting by a 370Ω Information for details. resistor to the inverting input.
VCC (Pins 6, 9):
Positive Supply Voltage for Output Stage.
IN2+ (Pin 16):
Channel 2 Positive Input. This pin has a VCC pins are not internally connected to each other and nominal impedance of 400kΩ and does not have an internal must all be connected externally. Proper supply bypassing termination resistor. is necessary for best performance. See the Applications Information section.
Exposed Pad (Pin 17):
The pad is internally connected to V
OUT1 (Pin 8):
Output of Channel 1. The gain between the EE (Pin 1). If split supplies are used,
do not
tie the pad to ground. input and the output of this channel is set by the connection of the channel 1 input pins. See Table 1 in Applications Information for details.
VCC (Pin 10):
Positive Supply Voltage. VCC pins are not internally connected to each other and must all be con- nected externally. Proper supply bypassing is necessary for best performance. See the Applications Information section. 6411f 8
