FND567
FND567 is 7-Segment Numeric LED Displays manufactured by Unknown Manufacturer.
- Part of the FND560 comparator family.
- Part of the FND560 comparator family.
Description
The FND500, FND507, FND560 end FND567 are red Ga Ae P single-digit 7-Segment LED displays with a 0.5-inch character height. These displays are designed for applications in which the viewer is within twenty feet of the display. Low Forward Voltage- Typically V F = 1.7 V Fits Standard DIP Sockets with 0.6-Inch Pin Row Maximized Contrast Ratio With Integral Lens Cap Horizontal Stacking 0.6-Inch Minimum, 1-inch Typical FND560/567 Suitable For Use In High Ambient Light FND500 mon Cathode, Right-Hand Decimal Point FND507 mon Anode, Right-Hand Decimal Point FND560 mon Cathode, Right-Hand Decimal Point, High Brightness FND567 mon Anode, Right-Hand Decimal Point, High Brightness Absolute Maximum Ratings Maximum Temperature and Humidity
- 2 5 e C to +85°C Storage Temperature
- 25°С to +85° С Operating Temperature Pin Temperature (Soldering, 5 e) 260° С 98% Relative Humidity at 65SC Maximum Voltage and Currents Reverse Voltage 3.0 V Average Forward dc 'f Current/Segment or Decimal Point 25 m A Derate from 25° С Ambient Temperature 0.3m A/°C Peak Forward Current
- pk Segment or Decimal Point (100 ms pulse width) 1000 pps, TA
- 25°C 200 m A
Vr
FND500, FND507 FND560, FND567
Package Outline
.010 (254)
.600(15-240)
(5 080)
Mot»» All dimension! In inches bold and millimeters (parentheses) Tolerance unless specilied
- ±.015 ( ± 381)
Free Datasheet http://..
Connection Diagram Typical Electrical Characteristics
Pin Connection- (Front View) cn cn a i
Ю 9 8
FND500, FND507 FND560, FND567 a
7 ca
Pin 1 2 3 4 5 6 7 8 9 10
FND507/567 Segment E Segment D mon Anode Segment С Decimal Point Segment В Segment A mon Anode Segment F Segment G
FND500/560 Segment E Segment D mon Cathode Segment С Decimal Point Segment В Segment A mon Cathode Segment F Segment G
Б
Electrical and Radiant Characteristic- Symbol Characteristic v F BVR 'o
TA = 25°C Mln 1.5 3.0 300 740 Тур 1.7 12 600 1200 ±33 ±20 Max 2.0 Units V V
цсА
Test Conditions l F = 20 m A Ir = 1.0 m A l F =...