Datasheet LT1713, LT1714 (Analog Devices) - 7
| 制造商 | Analog Devices |
| 描述 | Single/Dual, 7ns, Low Power, 3V/5V/±5V Rail-to-Rail Comparators |
| 页数 / 页 | 16 / 7 — PI FU CTIO S. LT1713. V+ (Pin 1):. GND (Pin 6):. + IN (Pin 2):. Q (Pin … |
| 文件格式/大小 | PDF / 239 Kb |
| 文件语言 | 英语 |
PI FU CTIO S. LT1713. V+ (Pin 1):. GND (Pin 6):. + IN (Pin 2):. Q (Pin 7):. – IN (Pin 3):. Q (Pin 8):. V– (Pin 4):. LATCH ENABLE (Pin 5):
该数据表的模型线
文件文字版本
LT1713/LT1714
U U U PI FU CTIO S LT1713 V+ (Pin 1):
Positive Supply Voltage, Usually 5V.
GND (Pin 6):
Ground Supply Voltage, Usually 0V.
+ IN (Pin 2):
Noninverting Input.
Q (Pin 7):
Noninverting Output.
– IN (Pin 3):
Inverting Input.
Q (Pin 8):
Inverting Output.
V– (Pin 4):
Negative Supply Voltage, Usually 0V or – 5V.
LATCH ENABLE (Pin 5):
Latch Enable Input. With a logic high the output is latched.
LT1714 – IN A (Pin 1):
Inverting Input of A Channel Comparator.
Q B (Pin 11):
Noninverting Output of B Channel
+ IN A (Pin 2):
Noninverting Input of A Channel Comparator. Comparator.
Q B (Pin 12):
Inverting Output of B Channel
V – (Pins 3, 6):
Negative Supply Voltage, Usually – 5V. Pins Comparator. 3 and 6 should be connected together externally.
Q A (Pin 13):
Inverting Output of A Channel
V + (Pins 4, 5):
Positive Supply Voltage, Usually 5V. Pins Comparator. 4 and 5 should be connected together externally.
Q A (Pin 14):
Noninverting Output of A Channel
+ IN B (Pin 7):
Noninverting Input of B Channel Comparator. Comparator.
GND (Pin 15):
Ground Supply Voltage of A Channel
– IN B (Pin 8):
Inverting Input of B Channel Comparator. Comparator, Usually 0V
LATCH ENABLE B (Pin 9):
Latch Enable Input of B Channel
LATCH ENABLE A (Pin 16):
Latch Enable Input of A Chan- Comparator. With a logic high, the B output is latched. nel Comparator. With a logic high, the A output is latched.
GND (Pin 10):
Ground Supply Voltage of B Channel Comparator, Usually 0V. 7
U U U PI FU CTIO S LT1713 V+ (Pin 1):
Positive Supply Voltage, Usually 5V.
GND (Pin 6):
Ground Supply Voltage, Usually 0V.
+ IN (Pin 2):
Noninverting Input.
Q (Pin 7):
Noninverting Output.
– IN (Pin 3):
Inverting Input.
Q (Pin 8):
Inverting Output.
V– (Pin 4):
Negative Supply Voltage, Usually 0V or – 5V.
LATCH ENABLE (Pin 5):
Latch Enable Input. With a logic high the output is latched.
LT1714 – IN A (Pin 1):
Inverting Input of A Channel Comparator.
Q B (Pin 11):
Noninverting Output of B Channel
+ IN A (Pin 2):
Noninverting Input of A Channel Comparator. Comparator.
Q B (Pin 12):
Inverting Output of B Channel
V – (Pins 3, 6):
Negative Supply Voltage, Usually – 5V. Pins Comparator. 3 and 6 should be connected together externally.
Q A (Pin 13):
Inverting Output of A Channel
V + (Pins 4, 5):
Positive Supply Voltage, Usually 5V. Pins Comparator. 4 and 5 should be connected together externally.
Q A (Pin 14):
Noninverting Output of A Channel
+ IN B (Pin 7):
Noninverting Input of B Channel Comparator. Comparator.
GND (Pin 15):
Ground Supply Voltage of A Channel
– IN B (Pin 8):
Inverting Input of B Channel Comparator. Comparator, Usually 0V
LATCH ENABLE B (Pin 9):
Latch Enable Input of B Channel
LATCH ENABLE A (Pin 16):
Latch Enable Input of A Chan- Comparator. With a logic high, the B output is latched. nel Comparator. With a logic high, the A output is latched.
GND (Pin 10):
Ground Supply Voltage of B Channel Comparator, Usually 0V. 7