See solutions from CUI Devices, Analog Devices, STMicroelectronics, and more⦠[View Online]( [Digi-Key CORPORATION®]() [Flag] Search Now: [Search Now](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) Technical Newsletter - June 2022 Featured Articles [How to Quickly Launch 3D Optical Time-of-Flight Sensing Designs](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) Optical time-of-flight (ToF) distance measurement plays a fundamental role in diverse applications ranging from industrial sensing to gesture-based user interfaces. With the availability of accurate, high‑speed multipixel ToF sensors, developers can implement more sophisticated three-dimensional (3D) sensing algorithms needed in these applications. [Read More âº]() [Specifying and Using RFID for IIoT Asset Tracking](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) Asset tracking and supply chain management are important activities across a range of Industrial Internet of Things (IIoT) applications, including manufacturing plants, logistics and distribution centers, data centers, hospitals and health care, agricultural, construction, and transportation. Specifying a passive radio frequency identification (RFID) asset tracking system is complex. [Read More âº](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Quickly Implement Flow Cytometer Designs Using High-Accuracy Data Acquisition Modules](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) Flow cytometry is widely used by clinicians and diagnosticians to analyze cell characteristics. One cell at a time, they optically evaluate protein levels, blood health, granularity, and cell size, among other attributes. Though they are highly sensitive systems, designers of cytometers are under constant pressure to accelerate the analysis time, requiring new approaches to both flow cytometry and its associated electronics. [Read More âº](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [View All Articles âº](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) Digi-Key Product Solutions [Littelfuse]() [TVS Diode 80 A Surge Tolerance for I/O ESD Protection](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [TVS Diode 80 A Surge Tolerance for I/O ESD Protection](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) The SC1103C series offers circuit designers lower standoff voltage for protecting each I/O pin of lower-voltage power buses from ESD damage. They can safely absorb repetitive ESD strikes at ±30 kV without performance degradation. Additionally, each diode can safely dissipate 80 A of 8/20 µs surge current with very low clamping voltages. ⢠ESD, IEC 61000‑4‑2, ±30 kV contact, ±30 kV air
⢠EFT, IEC 61000‑4‑4, 40 A (5/50 ns)
⢠Surge tolerance, IEC 61000‑4‑5 2nd edition, 80 A (tp=8/20 µs) [Learn More âº]() [Taoglas]() [Omnidirectional Cellular Antenna]() [Omnidirectional Cellular Antenna]() The TGX.45 antenna provides two 5G/4G MIMO cross‑polarized omnidirectional dipole with a wide bandwidth covering all worldwide sub‑6 GHz cellular bands from 400 MHz - 6000 MHz. With two dipole antennas, the TGX.45 delivers the optimal throughput and quality improvements in transmitting and receiving signal levels, providing better coverage and performance, especially in urban environments. ⢠Highest efficiency for 400 MHz - 6,000 MHz wideband applications
⢠Fully 5G/4G cellular operational
⢠IP65 rated enclosure [Learn More âº]() [Laird Thermal Systems](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Thermoelectric Coolers]() [Thermoelectric Coolers]() This extensive portfolio of thermoelectric coolers covers a wide range of cooling capacities, temperature differentials, input power requirements, and geometric footprints. Standard finishing options are available to accommodate alternate lead lengths, lapping thickness tolerances, and moisture protective sealants. ⢠Standard pre-tinning and solder constructions are available
⢠Max operating temperature as high as 120°C
⢠Various footprint sizes available [Learn More âº](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Analog Devices / Maxim Integrated](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Dual Op Amp]() [Dual Op Amp]() This dual-channel operational amplifier has two channels that can be disabled separately with two individual pins. It offers a unique combination of high speed, precision, and low voltage operation, making it ideal for many signal processing functions such as filtering and amplifying signals in portable and industrial equipment. ⢠Wide supply range from 1.8 V - 5.5 V
⢠Low 50 µV (max) input offset voltage with power-on autocalibration at +25°C
⢠15 MHz unity-gain bandwidth [Learn More âº](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Cree]() [XLamp® XP-P LED](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [XLamp® XP-P LED](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) XLamp XP-P LEDs deliver breakthrough levels of intensity and optical control in the industry‑standard XP footprint. With up to 700 lm at maximum current from a 1 mm², flat LES, the XP-P enables tighter beam angles and longer throw distances than any previous XLamp LED. ⢠ANSI-compatible chromaticity bins
⢠Maximum drive current: 3,000 mA
⢠Wide viewing angle: 115° [Learn More âº](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [STMicroelectronics](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Time-of-Flight Sensor](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Time-of-Flight Sensor](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) Specifically designed for long‑range, multitarget measurements, the VL53L4CX provides very accurate distance measurements up to 6 m with excellent results over short distances. A new generation laser emitter with 18° field of view (FoV) improves performances under ambient light. ⢠Multi-object detection capability
⢠Can be hidden behind cover glass
⢠I²C interface (up to 1 MHz) [Learn More âº](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Vishay Dale]() [Power Metal Strip® Resistors]() [Power Metal Strip® Resistors]() The WSK1216 power metal strip resistors are low‑value, high‑power, SMT, four‑terminal devices that feature an all‑welded power metal strip construction. This construction makes the WSK1216 series ideal for all types of current sensing, voltage division, and pulse applications. A proprietary processing technique enables extremely low resistance values, down to 0.0002 Ω with 1% tolerance. ⢠Four-terminal design allows for 1% tolerance down to 0.0002 Ω
⢠Very low inductance: 0.5 nH - 5 nH
⢠AEC-Q200 qualified [Learn More âº]() [Suntsu Electronics](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Silicon 4 Pad CMOS Oscillator]() [Silicon 4 Pad CMOS Oscillator]() The SSO32C series of CMOS oscillators are composed of all silicon with no quartz or MEMS components. These devices are available in frequencies from 10 KHz - 212.5 MHz. The one featured here is a 40 MHz oscillator. The applications where these devices could be used include automotive electronics, intelligent terminals, Ethernet, consumer electronics, and communications equipment. ⢠Operating temperature range: -40°C to 85°C
⢠Maximum output load: 15 pF
⢠Typical phase jitter: 350 fs [Learn More âº](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [CUI Devices](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Waterproof Buzzers](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Waterproof Buzzers](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) This line of waterproof piezo transducer and indicator buzzers is specifically intended for a wide range of industrial and outdoor applications where moisture and environmental contaminants are a concern. The buzzers carry an ingress protection (IP) rating up to IP68 and feature sound pressure levels (SPL) up to 95 dB at 30 cm, making them well-suited for designs that require ruggedized performance. ⢠80 dB - 95 dB SPL ratings
⢠Current consumption as low as 12 mA
⢠IP67 and IP68 ratings [Learn More âº](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) Additional Design Resources ⺠[EDA & Design Tools](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Conversion Calculator](=/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Product Training Modules](/MTQ0LU5DQi0wMzAAAAGE4pykBuzWb5fbDNyqxVhH5BUbrrkg3sBF3wI6X4L3zr16T-vov2PAV6ZNx9CemqDfxjt5zB0=) [Email Signup]()
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