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Video greeting card with music card for all occasion

Personalized Recordable Greeting Card Record and Send your own Custom Voice Message Music or Sound Effects

Schneider Components are used in various different plants.

The HT1200M is a single-chip, CMOS modem for use in Highway Addressable Remote Transducer (HART) field instruments and masters. The modem and a few external passive components provide all of the functions needed to satisfy HART physical layer requirements including modulation, demodulation, receive filtering, carrier detect and transmit-signal shaping. The HT1200M is pin-compatible with the SYM20C15 、HT20C15 and fully compatible with ON OnSemi's A5191 and HT2015. Available in LQFP32 and QFN 32

The HT1200M is pin-compatible with the SYM20C15 and HT20C15. Available in LQFP32 and QFN 32 Fully compatible with ON OnSemi's A5191 and HT2015.

This external bypass module is intended for use with UPS FROSTYLE11, 13 kVA. In Normal Mode, the UPS connects to utility power through the bypass module and provides uninterrupted power to the load. In Bypass Mode, the load is switched to power directly from the external network, bypassing the UPS circuits. The UPS input and output are completely isolated from the loads and the mains. In this mode, the UPS can be safely (and without disconnecting the load) removed from the system for maintenance or replacement

The dry contact board (relay card) is used to provide the UPS peripheral monitoring interface. Contact signals can indicate the current status of the UPS. The appearance and pin numbering of the dry contact relay board may differ depending on the UPS model

SNMP card DL801 (art. CNDL801) is designed to monitor and control the UPS via a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification)

SNMPcard DA807 (art. CNDA807) is designed to monitor the status and control of the UPS via a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification). This card model supports encryption protocols. The builtin USB port allows you to connect external optional peripherals.

The RC74201 dry contact card (art. CNRL004) is designed to monitor and control the UPS using potentialfree relay contacts. Monitoring is carried out through the relay contacts built into the card, which switch when the corresponding events occur in the UPS. The dry contact card allows you to remotely monitor the status of the UPS by receiving discrete signals when the relay is activated. The relay contacts are not galvanically connected to the electrical circuits of the UPS. An external power supply must be used to obtain the required signals. It also provides the ability to remotely shutdown the UPS by sending a signal to the corresponding port. The use of relay contacts allows the UPS to be integrated into local dispatch systems at customer sites.

SNMP card DL802 (art. CNDL802) is designed to monitor and control the UPS over a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification)

External SNMPcard DY522 (art. CNDY522) is designed for monitoring and controlling the UPS via a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification). This card model supports encryption protocols. An external power supply is supplied with the card.

External SNMPcard BY506 (art. CNBY506) is designed to monitor the status and control of the UPS via a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification). This card model supports encryption protocols. Builtin additional ports allow you to connect external optional peripherals. An external power supply is supplied with the card.

SNMPcard CY504 (part no. CNCY504) is designed for monitoring and controlling the UPS via a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification). This card model supports encryption protocols.

SNMPcard DA806 (art. CNDA806) is designed to monitor the status and control of the UPS via a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification). This card model supports encryption protocols. The builtin MiniUSB port allows you to connect external optional peripherals

SNMP card DY806 (art. CNDY806) is designed to monitor and control the UPS over a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification). This card model supports encryption protocols. Builtin MiniUSB port allows connection of external optional peripherals

SNMPcard DY801 (art. CNDY801) is designed to monitor the status and control of the UPS via a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification). This card model supports encryption protocols.

SNMPcard BY505 (art. CNBY505) is designed to monitor and control the UPS over a local area network or the Internet. Monitoring, control and configuration are carried out through the builtin WEBinterface, TelNet or NMS, with the provision of automatic correct shutdown of servers and workstations connected to the UPS. The SNMP card allows you to remotely monitor the values ​​of the input and output parameters of the UPS, the battery charge level, notify the user about system events and alarms through the builtin WEB interface, via the SNMP protocol (including by sending Trap messages in the event of emergency situations) and by sending messages by email. It also provides the ability to remotely control the UPS (reboot, activation of tests, on / off sound notification). This card model supports encryption protocols. Builtin additional ports allow you to connect external optional peripherals.

The CAN-PCIe/402-FD is a PC board designed for the PCIe bus that features one or two electrically isolated CAN FD interfaces according to ISO 11898-2 via DSUB9 connectors. Equipped with up to two CAN FD interfaces the board is available as low profile versions. In the CAN-PCIe/402-B4-FD version 4 CAN FD interfaces can be connected via one 37-pin DSUB connector. The CAN FD interfaces are designed according to ISO 11898-1:2015. They are driven by the ISO 16845:2004 certified esdACC (esd advanced CAN Core), implemented in the Intel FPGA. All CAN FD versions are fully backwards compatible with CAN and can also be used in Classical CAN applications. The FPGA supports bus mastering (first-party DMA) to transfer data to the host memory. This results in a reduction of overall latency on servicing I/O transactions in particular at higher data rates and a reduced host CPU load.

The CAN-PCI/402-2-FD is a PC board designed for the PCI bus that features two electrically isolated high-speed CAN FD interfaces according to ISO 11898-1:2015. The CAN FD interfaces are driven by the ISO 16845:2004 certified esdACC implemented in the Intel® FPGA. With a higher bit rate in the data phase in combination with the increase of efficiency by a higher number of user-data bytes, CAN FD offers a higher data throughput while maintaining the benefits of Classical CAN. The board is fully backwards compatible with CAN and can be also used in Classical CAN applications. The FPGA supports bus mastering (firstparty DMA) to transfer data to the host memory. This results in a reduction of overall latency on servicing I/O transactions in particular at higher data rates and a reduced host CPU load. Due to the usage of MSI (Message Signaled Interrupts) the CAN-PCI/402-2-FD can be operated for example in Hypervisor environments. The board provides high resolution hardware timestamps.

The CAN-M.2/402-2-FD is an M.2 Card, that features two electrically isolated CAN FD interfaces. The optional adapter CAN-PCIeMini/402-DSUB comes with a DSUB9 connector, selectable on-board CAN termination and an adapter cable. CAN-M.2/402-2-FD is fully backwards compatible with CAN and can also be used in Classical CAN applications. The independent CAN nets are driven by the ISO 16845:2004 certified esdACC (esd Advanced CAN Core) implemented in the Intel FPGA. The FPGA supports bus mastering (first-party DMA) to transfer data to the host memory. This results in a reduction of overall latency on servicing I/O transactions, in particular at higher data rates and a reduced host CPU load. Due to the usage of MSI (Message Signaled Interrupts) the CAN-M.2/402-2-FD can be operated for example in Hypervisor environments. The CAN-M.2/402-2-FD provides high resolution 64-bit hardware timestamps for CAN messages. A wide range of software support and customization is available on request.

The CAN-PCIeMini/402-2 is an add-in PCI Express Full-Mini Card, that features two electrically isolated CAN High-Speed interfaces. The PCI Express® Mini Card comes with two CAN FD interfaces. There is also a version that can be used for extended temperature range. The optional adapter CAN-PCIeMini/402-DSUB9 comes with a DSUB9 connector, selectable on board CAN termination and an adapter cable. All CAN FD versions are fully backwards compatible with CAN and can also be used in Classical CAN applications. The independent CAN nets are driven by the ISO 16845:2004 certified esdACC (esd Advanced CAN Core) implemented in the Altera FPGA. The FPGA supports bus mastering (firstparty DMA) to transfer data to the host memory. This results in a reduction of overall latency on servicing I/O transactions in particular at higher data rates and a reduced host CPU load. Due to the usage of MSI (Message Signaled Interrupts) the board can be operated for for example in Hypervisor environments.

The ECS-PCIe/FPGA is an EtherCAT Slave Controller board designed for the PCI Express bus. It utilizes a Beckhoff IP-Core which is implemented in an Altera® FPGA and configured for 8 FMMUs, 8 Sync Managers, 60 kB DPRAM and 64 bit Distributed Clocks. The FPGA connects between the PCI Express bus and the two Ethernet interfaces on the front panel. Because of this simple hardware topology and the use of a “soft” controller the design offers a maximum of flexibility. The PCI Express system can act as an I/O node. An EtherCAT master can use several EtherCAT protocols like CoE, FoE and EoE to communicate with this EtherCAT slave device. Via pin header connectors equipped on the ECS-PCIe/FPGA 36 3.3 V LVTTL I/Os are available, including the signals from the EtherCAT Slave Controller: 2x Sync and 2x Latch for system synchronization. Device drivers for Windows® and Linux® with documentation and EtherCAT slave examples are included in the scope of delivery. Other (real time) OS on request.

In the area of PCB assembly, KUK Group offers SMD and THT assembly lines, where we manufacture according to the customers' requirements. For quality inspection, we use automated optical inspection systems (AOI), an X-ray machine and manual optical inspection. KUK Group assembles printed circuit boards that are used in a wide variety of applications. As a purely customer-specific manufacturing partner, we also provide our well-known individual and high-quality service in PCB assembly, gladly also for small series. KUK thus offers you electronics from a single source in addition to winding goods. On our fully automatic surface mount device lines (SMD), we take care of the PCB assembly for you. Various soldering systems round off our range in the area of SMD PCB assembly. -Rigid, flexible circuit boards -Aluminum circuit boards -Component size starting at 0201 -Fine pitch -Lead-free -Double sided SMD, THT assembly -Mixed THT, SMD assembly -Tracked assembly

With our state-of-the art rfid manufacturing equipment, SEIKO RFID produces extensive rfid label portfolio that covers a wide rang of inlay designs for operating in the UHF 860-960MHz, HF 13.56MHz, and NFC (ISO 14443A) frequency bands. In order to maximize rfid label high performance and applications in variety of solution, such as apparel, beauty, automotive, aviation pharmaceuticals and healthcare, transport and logistics, and manufacturing, RFID label are available in various size, chip, design and form factors. The dry inlay attaches an RFID microchip (IC) and antenna as PET basic substrate. It is supplied on reel does not have any die-cutting, adhesive or cover (plastic or paper), which is very important component of rfid tags. The WET inlay has die-cut, adhesive and visible antenna cover with transparent polypropylene. RFID Wet Inlays are best for applications where a low-cost “peel-and-stick” tag is needed.

SMT and THT assembly with automatic lines. IPC Class 1-2-3 products.

Digital and semiautomatic bench sealer, with electric pedal and sealing bars at constant temperature, for closing polypropylene bags and laminated / laminated aluminum, paper, barrier materials, etc. The "hot bar" type sealing bars are equipped with resistance and electronic thermoregulator. Thanks to the new latest generation electronic control card, all controls, adjustments and alarms are more easily set. The digital control of temperature, time and pause interval, it is more precise and functional, thanks to the new control panel, and to the large 1-line by 16-character alphanumeric LCD display. Temperature adjustment 0-150 ° C, with alarm of ± 5 ° C with respect to the set temperature. The closing of the bars takes place by means of an oversized electromagnet which guarantees a high sealing pressure and allows the sealing of high thickness envelopes with or without side gussets. For a higher production it is sufficient to select the automatic cycle with timed closing.

Extender card for 19"-systems DIN 41612 C64 a+c Epoxy fibre-glass FR4 1.50 mm Single-sided 70 µm CU Solder stop mask Component print Microswitches soldered with two measuring posts for each continuous strip Signalling line pin 2 - 31 Large signalling line pin 1 + 32 Switching voltage 10 mV - 60 V Switching current 0.3 A at 24 V Rest current at 20° C max. 6 A Contact resistance 30 mOhm Extender card: 100% electronically tested Size 100.00 x 278.70 mm (132.50 x 330.70 mm with handle)

Extender card for 19"-systems DIN 41612 C64 a+c Epoxy fibre-glass FR4 1.50 mm Single-sided 70 µm Cu Solder stop mask Component print Removable short-circuit bridges and two measuring posts for each continuous strip Signalling line pin 2 - 31 Large signalling line pin 1 + 32 Switching voltage 10 mV - 60 V Switching current 0.5 A at 24 V Rest current at 20° C max. 2 A Contact resistance 20 mOhm Extender card: 100% electronically tested Size 100.00 x 278.70 mm (132.50 x 330.70 mm with handle)