AEAT-84AD-LBSF0 Avago Technologies US Inc., AEAT-84AD-LBSF0 Datasheet

Quadrant/Circular Detector,Module C

AEAT-84AD-LBSF0

Manufacturer Part Number
AEAT-84AD-LBSF0
Description
Quadrant/Circular Detector,Module C
Manufacturer
Avago Technologies US Inc.
Series
AEAT-84ADr
Datasheet

Specifications of AEAT-84AD-LBSF0

Encoder Type
Optical
Output Type
Gray Code (Absolute)
Pulses Per Revolution
16384
Voltage - Supply
5VDC
Actuator Type
10mm Geared Center
Detent
No
Built In Switch
No
Mounting Type
Chassis Mount
Termination Style
Pin Strip
Output
Digital
Operating Temperature Range
- 40 C to + 125 C
Product
Optical
Technology
Rotary
Detents
No
Motion
Rotary
Index Output
Not Indexed
Encoder Signal
Digital Square Wave
Shaft Style
Hollow
Operating Temperature Min Deg. C
-40C
Operating Temperature Max Deg. C
125C
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Orientation
-
Rotational Life (cycles Min)
-
Lead Free Status / Rohs Status
Lead free / RoHS Compliant

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
AEAT-84AD-LBSF0
Manufacturer:
AVAGO
Quantity:
101
AEAT-84AD
14/12 Bit Multi-turn Encoder Module
Data Sheet
Description
The AEAT-84AD provides all functions as an
optoelectronic-mechanical unit in order to implement,
with single turn absolute encoder, an absolute multi-
turn encoder with a combined capacity of up to 30
bits at extended temperature.
The unit consists of an IR-LED circuit board, a
phototransistor (PT) circuit board, and 6 or 7 gear
wheels arranged in between the PCBs.
Specifications
The multi-turn unit is available in the following
versions:
• 12-bit solid shaft
• 14-bit solid shaft
Features
• 16384 (14bits) and 4096 (12bits) revolution count
• Optical, absolute multi-turn assembly with max. Ø55
• Operating temperatures of -40°C to +125°C
• Mechanical coupling by means of 14 teeth gear
• Operating speeds up to 12,000 rpm
• A 2x4-pole pin strip for power supply and signal
Applications
• Major component of Multi-turn housed encoder
• Cost effective solution for direct integration into
• Linear positioning system
Benefits
• No battery or capacitor required for number of
• Immediate position detection on power up
versions
mm and typical height 12.2 mm.
pinion with module of 0.3
OEM systems
revolution counting during power failure

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AEAT-84AD-LBSF0 Summary of contents

Page 1

... AEAT-84AD 14/12 Bit Multi-turn Encoder Module Data Sheet Description The AEAT-84AD provides all functions as an optoelectronic-mechanical unit in order to implement, with single turn absolute encoder, an absolute multi- turn encoder with a combined capacity bits at extended temperature. The unit consists of an IR-LED circuit board, a phototransistor (PT) circuit board, and gear wheels arranged in between the PCBs ...

Page 2

Package Dimensions Notes: 1. 3rd Angle Projection 2. Dimensions are in millimeters 3. Example of matching connector: MPE GARRY 521 Series, No. BL21-43GGG-008 Figure 1. Package dimensions Block Diagram and Detailed Description In the following descriptions, the I/O pins are ...

Page 3

Multiplexing and Position Data Each of the 1:4 reduced 7 coded gear wheels generates a 3-bit code, from which the 14-bit Gray code can be generated as position data through V-bit processing. The 3-bit code is identical electrically for all ...

Page 4

... Care needs to be taken with the real time readout conditions. The procedure is as follows : 1. The 3 bits ( MTDAT[2: each gear (C1[2:0] to C7[2:0]) are continuously de-multiplexed. Thus there are maximal 3 bits x 7gears = 21-bit AEAT-84AD data in parallel. 2. Synchronous to the readout of the single turn absolute encoder, those AEAT-84AD bits (depending on the MSB bit, i ...

Page 5

The Figure 5 shows the cascading of the V-bit- Multiplexer of all gear wheels. The outputs are the 14bits Gray code in parallel. The MSB of the complete code is dependant on the total resolution of the system. It can ...

Page 6

... Application Example of Multiturn Absolute Encoder Figure 6. Application example of integration of single-turn absolute encoder module and multiturn module using MUIC. 1 Device Selection Guide Part Number Resolution AEAT-84AD-LBSC0 12 bit AEAT-84AD-LBSF0 14 bit Notes: 1. SSI interface is enabled through MUIC. Please refer to Ordering Information for MUIC. 6 Operating Temperature (°C) -40 to 125 ...

Page 7

Absolute Maximum Ratings Parameter DC Supply Voltage Input Voltage Output Voltage Moisture Level (Non-Condensing) Encoder Shaft Speed Storage Temperature Notes: 1. Stresses greater than those listed under Absolute Maximum Ratings may cause permanent damage to the device. This ...

Page 8

Timing Characteristics Timing Characteristics over Recommended Operating Range, typical at 25 °C Parameter Input Transition Rise/Fall Time Multiplex Read Delay Encoder Shaft Speed MTMUX[2:0] old value MTDAT[2:0] Figure 7. Timing Characteristics of MTMUX[2:0] and MTDAT[2:0] Electrical Connections Pin Description 1 ...

Page 9

Application Note The encoder is mechanically fixed by means of holes in adapters, which accommodate M3 threads. The encoder has 2 adapters for attaching 120° and 4 x 90° arrangement. For details, please refer to the ...

Page 10

... Ordering Information AEAT-84AD-LBSC0 multi-turn, -40 to +125 AEAT-84AD-LBSF0 multi-turn, -40 to +125 For ordering information of MUIC, please refer to factory. For product information and a complete list of distributors, please go to our web site: Avago, Avago Technologies, and the A logo are trademarks of Avago Technologies, Limited in the United States and other countries. ...

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