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AN-100
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Designing With the HI-8282 ARINC 429 Bus Interface |
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03/14/2003
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Overview of the HI-8282 device with notes on device operation and application. This application note includes a brief summary of the ARINC 429 specification. |
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AN-110
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Using the HI-868X Interface Device for ARINC 561 |
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08/02/2006
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The application note describes the interface technique for reception of ARINC 561 data with the Holt HI-8683, HI-8684, HI-8685 and HI-8686 products. |
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AN-120
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HI-8582, HI-8583 Design Example |
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05/31/2007
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This applications note describes a simple interface design between the HI-8582 and an industry-standard microcontroller, the Philips XA-G49. Assembly language code routines are shown as examples of how a user may program the configuration of the HI-8582, pre-load and verify ARINC 429 labels for auto-recognition, transmit data, poll status and retrieve received ARINC 429 data from the receivers. |
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AN-130
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Generating -5V Supply for the HI-8570, HI-8571 |
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05/26/2006
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The application note provides an example of how to generate the -5V supply for the HI-8570, HI-8571 if -5V is not already available in the application. |
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AN-140
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HI-3585 Design Example Application Note |
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06/23/2009
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This applications note describes a simple interface design between the HI-3585, a single-chip ARINC 429 terminal IC with a Serial Peripheral Interface (SPI), and a development board (DEMO9S12XDT512 Rev. C) for the Freescale
MC9S12XDT512 microcontroller. The C code routines are shown as examples of how a user may program the HI-3585A by pre-loading and verifying ARINC 429 labels for auto-recognition, transmitting data, polling the status register, and retrieving received ARINC 429 data from the receiver. |
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AN-145
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ARINC 429 / SPI Demonstration Board for HI-3585, HI-3598/HI-3599 Application Note |
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02/05/2010
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The application note describes a simple interface design between the HI-3585, the HI-3598 or HI-3599 and a Freescale MC9S12XD64 microcontroller. The C code
routines are shown as examples of how a user may program the Holt devices by setting up control registers, transmitting internal/external self test data, polling the status register,
and retrieving received ARINC 429 data from each of the enabled receivers.
Also see QSG-145, ARINC 429 / Demontration Board Quick Start Guide. |
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AN-150
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HI-3598, HI-3599 Design Example Application Note |
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07/16/2008
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This applications note describes a simple interface design
between the HI-3598 or HI-3599, single-chip ARINC 429 Octal Receiver ICs with a Serial Peripheral Interface (SPI), and a development board
(DEMO9S12XDT512 Rev. C) for the Freescale ©
MC9S12XDT512 microcontroller. The C code routines are
shown as examples of how a user may program the
Holt devices by pre-loading and verifying ARINC 429 labels
for auto-recognition, transmitting internal self test data,
polling the status register, and retrieving received ARINC
429 data from each of the 8 receivers. |
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AN-200
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Frequently Asked Questions About the HI-8282 and the HI-8382 |
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03/14/2003
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This application note includes questions and answers regarding these devices. It is intended to point out some of the more succinct operations of the HI-8282 and the HI-8382 ARINC 429 devices. It is also intended to aid the user in avoiding some of the more common mistakes made in applying these devices. |
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AN-300
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Lightning Protection |
Request
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03/14/2003
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The Holt AN-300 Application Note provides a general overview of the effects of lightning on avionics systems in an aircraft along with the recommended protection measures. Included are lightning protection guidelines for Holt’s ARINC 429 line driver and receiver products.
This application note is not available for download from this site. Please contact a Holt sales representative to receive a copy of this application note. |
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AN-400
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Surface Mount Plastic Packages for High Reliability Applications |
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04/25/2008
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The AN-400 Application Note provides potential users of plastic encapsulated ICs with an overview of the available technology, guidelines for their use, and a summary of Holt’s rigorous qualification and screening procedures. |
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AN-500
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HI-1567 Transceiver Circuit Design Application Note |
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07/06/2006
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The AN-500 Application Note describes the power supply decoupling, ESD protection and circuit board layout that should be considered when designing with a high-current tranceiver product such as the HI-1567 and HI-1568. |
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AN-510
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HI-15530 / HI-1567 Typical Application Circuit |
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08/12/2009
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Schematic of a typical application using the Holt HI-15530 Manchester Encoder/Decoder and the Holt HI-1567 / HI-1568 Dual 5V MIL-STD-1553 Transceiver. Also applicable for the HI-1573 / HI-1574 Dual 3.3V MIL-STD-1553 Tranceiver when the VDD supply is 3.3V. |
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AN-520
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MIL-STD-1553 Remote Terminal Design Example Using a Zilog 8-bit MCU |
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05/16/2008
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A description of a MIL-STD-1553 Remote Terminal (RT) design using the Holt HI-6110 Message Processor product and a simple, commercial Zilog Z8F6422 8-bit microcontroller. It provides an overview of the hardware and software principles of a working design, including schematic diagrams and program flowcharts. This can be used for evalution of the HI-6110, and may be a suitable design basis for some applications. The evaluation board has the following features:
- Two 1553 bus interfaces, transformer- or direct-coupled
- Signal headers for connecting a logic analyzer
- Status LEDs, buttons for board reset and test sequencing
- DIP switch for selecting RT address and 1553 operating mode
- Serial port for an optional computer interface
- Microcontroller JTAG header for Zilog software debug
- Self-contained 3.3V power supply
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AN-530
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MIL-STD-1553 Remote Terminal Design Example Using HI-6110, ARM7 & ANSI C |
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01/20/2007
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AN-530 presents an example design for a MIL-STD-1553 Remote Terminal based on the HI-6110 and an ARM7 16-bit microcontroller programmed in ANSI C language. The design was tested to and complies with “RT Validation Test Plan” requirements. The evaluation board has the followinhg features:
- Two 1553 bus interfaces, transformer- or direct-coupled
- Signal headers for connecting a logic analyzer
- Status LEDs, buttons for board reset and test sequencing
- DIP switch for selecting RT address and parity
- Serial port for an optional computer interface
- Microcontroller JTAG header for ARM7 software debug
- Self-contained 3.3V power supply
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AN-550
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Hardware Design Considerations for MIL-STD-1553 Terminals |
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08/18/2008
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This application note provides recommendations for hardware design for bus interface circuitry within MIL-STD-
1553 terminals. This document describes interface of terminal logic to the transceiver, transceiver connection to the bus isolation transformer, and transformer interconnect to the MIL-STD-1553 bus. Methods are described to achieve proper terminal operation that complies with the MIL-STD-1553B standard. |
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AN-6120
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HI-6120 / HI-6121 MIL-STD-1553 Remote Terminal Developer’s Kit User's Guide |
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03/05/2010
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The HI-6120 / HI-6121 Remote Terminal Developer’s Kit is a reference design for a MIL-STD-1553B Remote Terminal with on-board bus interface transformers for connection to a MIL-STD-1553 bus.
The HI-6120 kit uses a 16-bit parallel bus interface to a Zilog® ZNEOTM microprocessor, while the HI-6121 kit uses a 4-wire SPI interface. The Zilog® ZNEOTM microprocessor can be programmed using the supplied Zilog® USB “Smart Cable”. The board also includes two external flash EEPROM devices which can be used for automatic initialization. |
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Holt RoHS Policy
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Lead-free / RoHS policy |
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03/03/2007
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In compliance with the RoHS European directives to eliminate lead in the electronics industry, Holt Integrated Circuits has adopted the use of 100% matte tin (Sn) plating for its RoHS compliant plastic packages. Package molding compounds have been upgraded so that the product is fully RoHS compliant and able to withstand the higher soldering temperatures of lead-free solder alloys. Tin whisker mitigation discussed. |
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QSG-145
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ARINC 429 / SPI Demonstration Board Quick Start Guide |
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06/09/2009
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This document will help users understand the initial configuration of the Demonstration Board for the Holt HI-3585, HI-3598 and HI-3599 ARINC 429 products with SPI interface. |
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