ナセル List of Products and Services

Supports IRIG-B, GPS-Have Quick, NTP, and PTP as time sources.

• server
• Communications

BrandyWine's Time Spy is a portable, battery-operated high-precision time measurement device.

• Other measurement, recording and measuring instruments

Tested to MIL-STD 810F and 461E CE102 and RE 102.

• server
• Communications

BrandyWine offers a robust type of time signal distributor. There is a military GPS receiver compliant with ICD-GPS-060. There is a distributor that uses a round MIL connector.

• Other network tools

By combining the main Master Clock Module (MCM) with expansion modules, it is possible to flexibly combine various input/output formats and numbers! Oscillator options: OCXO, CSAC, Rubidium (2U only)

• Time-frequency measurements
• server

• Flight level robustness • Supports IRIG-B, GPS-Have Quick, NTP, and PTP as time sources • Offers two lineups: TCP-AS and TCP-AM • A wide selection of supported options is available.

• Other server related

19-inch rack-mounted time server supporting IEEE-1588v2 high-precision time protocol.

• Other network tools

• Compliant with MIL-STD-188-164A (Communication Design Requirements) • Equipped with GPS tracking receiver • 1PPS input • Three independent low phase noise 10MHz • Compact size (104.0 x 70.0 x 26.0 mm) • Implemented with high-precision OCXO

• Time-frequency measurements

Can provide accurate time to the host computer with zero latency. Supports various synchronization inputs such as IRIG A, B, NASA 36, and 1PPS. The onboard μprocessor monitors errors due to propagation delays. The user-programmable generator provides heartbeat timing to the host.

• Other embedded systems (software and hardware)

The Portable Timing Unit (PTU) automatically synchronizes GPS signals, including SAASM GPS, or IRIG B and Have Quick, and outputs NTP, IRIG A, IRIG B, IRIG G, Have Quick, or 1PPS. The oscillator defaults to OCXO, with rubidium or TCXO available as options. It can operate for 5 hours with OCXO and 24 hours with TCXO on battery power.

• Time-frequency measurements

1PPS and Have Quick can be distributed into three systems. The input/output and power supply use MIL connectors for a robust design, ensuring high reliability. Ideal for ships or aircraft that require timing reference signals!

• Other electronic parts

Equipped with a high-precision GPS receiver with time synchronization of 50ns or less. Supports both NTP and PTP synchronization protocols. PTP offers high precision of less than 20ns per network hop. 8-port Gbps output supporting network management protocols. Wide operating temperature: -40℃ to +70℃. Equipped with redundant power supply. *BrandyWine offers a wide range of time servers. Please feel free to contact us for more information.

• Other server related

Provides accurate time to the host computer with zero latency. Supports various synchronization inputs such as IRIG A, B, NASA 36, and 1PPS. The onboard μprocessor monitors errors due to propagation delays. The user-programmable generator provides heartbeat timing to the host. Windows 10 support (WHQL certified drivers available). * We also offer bus-level timing cards for PCI, cPCI, PMC, and VME. Please feel free to contact us.

• Other electronic parts

Ideal for integration into MIL-STD-188-164A equipment. Capable of supporting DAGR (Defense Advanced GPS Receiver).

• Other electronic parts

Options such as conduction cooling, conformal coating, and battery backup RTC are available.

• Other network tools

This is a laptop PC equipped with a board expansion slot under the keyboard, boasting desktop-level expandability. It features a robust aluminum construction that is resistant to stimulation. You can choose between a battery-powered type or one with a power supply. The type with a power supply is very portable and does not require an AC adapter.

• Desktop PC

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been utilized in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system. Examples include MVME2604-4421, MVME2604-4441, MVME2604-4451, and MVME2604-4471.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been utilized in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system. Examples include MVME162P-242LE, MVME162P-242LSE, MVME162P-244LE, MVME162P-252SE, MVME162P-344, MVME162P-344E, MVME162PA-242LE, MVME162PA-244L, MVME162PA-244LE, MVME162PA-244LSE, MVME162PA-344B, MVME162PA-344E, MVME162PA-242LE, MVME162PA-244L, MVME162PA-244LE, MVME162PA-244LSE, MVME162PA-344B, MVME162PA-344E, MVME162-512A, and others.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been utilized in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Embedded board computers used in industrial, social infrastructure, and defense applications have been employed in systems that operate for over 20 years. If the same board can be obtained when those systems fail, it becomes possible to extend the life of the system.

• controller

Naser Corporation's "mitsukaru.com" started in 2003 by procuring old electronic components for the defense market. Over the past 20 years, we have gained experience in sourcing and delivering high-reliability components while responding to the demands of customers who prioritize reliability. With a global network built over two decades, we procure through unique channels, ensuring that we can find components that others cannot. 【Features of mitsukaru.com】 ● 100% inspection report included, confident in quality We only introduce high-quality stock from reputable suppliers. We always conduct acceptance inspections upon arrival and provide an inspection report at the time of delivery. Furthermore, if you lend us your genuine product samples, we can also create comparative inspection reports, allowing for more reliable authenticity assessments. ● Accumulation of 30,000 past inspection data Experienced inspectors conduct careful acceptance inspections, and only products that pass are shipped. Using X-ray inspection equipment and referencing a vast amount of performance data, we reach conclusions without relying on intuition. This prevents the delivery of counterfeit or defective products.

• Other electronic parts

The avionics data bus from GE Intelligent Platforms, which we handle, is a communication board computer for aircraft. It features low cost and short delivery times. We are currently offering a free Japanese explanatory book on standard data communication protocols in aerospace! It provides detailed explanations over 125 pages, including illustrations. 【Adoption Achievements】 ■ Aircraft (fighter jets, commercial passenger planes) ■ Helicopters ■ Tanks ■ Battleships ■ Space rockets, etc. * The technical documentation covers the following three points: ■ MIL-STD-1553 ■ ARINC 429 ■ AFDX / ARINC 664

• Embedded Board Computers

The TXMC376 from TEWS is a serial card compatible with RS232/RS422/RS485, designed for the XMC form factor and condition cooling.

• Embedded Board Computers

The TXMC465 from TEWS is a serial card compatible with RS232/RS422/RS485 in the XMC form factor.

• Embedded Board Computers

The TXMC635 from TEWS uses a Xilinx FPGA in an XMC form factor. It has 48 TTL I/O, 32x16bit analog inputs, and 8x16bit analog outputs.

• Embedded Board Computers

The TXMC633 from TEWS uses a Xilinx FPGA in an XMC form factor.

• Embedded Board Computers

TEWS company's CAN bus controller is equipped with the Philips SJA1000 CAN controller. It has the capability to send and receive standard and extended messages, as well as message filtering functions.

• Expansion Boards

The IP (Industry Pack) module provides a CAN bus interface using the advanced IA82527 controller. The TIP816 supports a 16-bit bus interface that allows word and byte access to the internal registers of the CAN controller.

• Embedded Board Computers

The μRTM for TAMC220 connects the I/O lines to three VHD68SCSI-V connectors on the front panel and to three 50-pin flat cables for internal connections and lab use.

• Expansion Boards

The TAMC651 from TEWS features a user-definable Spartan-6 FPGA.

• Embedded Board Computers

The TXM888 from TEWS is a 2-channel 10 Gigabit compatible NIC card in the XMC form factor. It is equipped with two SFP+ connectors.

• Embedded Board Computers

Computer Conversions Corporation offers synchro-resolvers in chip type and board type. They are also compatible with military temperature ranges. VB Series: VME-Bus Synchro - Resolver LVDT I/O Cards CP3000 Series: Compact-PCI 3U cPCI and PXI Bus Synchro - Resolver - LVDT I/O Cards CPe4000 Series: Compact-PCI Express and PXIe Synchro - Resolver - LVDT I/O Cards XMC Series: 8 Input Synchro / Resolver & LVDT Card

• Other measurement, recording and measuring instruments

100% Reference AC drive (no external DC required) Drives all synchronizations High environmental resistance performance Output up to 300VA

• controller
• Other FA equipment

Resolution: 10, 12, 14, 16 bits Frequency: 50, 60, 400, 2000, 3000 Hz (up to 20 KHz) Response: 100 μs Operating temperature: Commercial 0 to 70 ℃ Industrial -40 to 85 ℃ Military -55 to 85 ℃ Storage temperature: -55 to 125 ℃

• converter

It was developed for applications that require high-speed address rate data processing, such as networking and telecommunications. The eight-bank architecture enables high-speed random access.

• Memory

No need to worry about RAS and CAS timing. Just provide the address, data, and commands. Leave the other troublesome matters to LLDRAM.

• Memory