CA-IS3830HWW is a Replacement parts of
ISO7830DWW
CA-IS3830HWW has good quality and a cheaper price, which can effectively help you reduce costs and make your products more competitive. In addition, we have sufficient supply and stable price of this parts, which can greatly help you to avoid problems such as price increases and parts shortages of similar products from other brands.
Mfr.Part No. :
CA-IS3830HWWManufacturer :
ChipanalogDescription :
High Performance Reinforced Triple Channel Digital IsolatorsPackaging :
ReelPackage :
SOIC-16-WWBStock :
in stockPrice :
$0.78-$1.35
CA-IS3830HWW
| Price: | $0.78-$1.35 | $3.8-$4.9 |
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Replace parts:
Replacement parts:
Alternative parts:
Pin to pin parts:
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CA-IS3830HWW |
ISO7830DWW
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The CA-IS3830HWW is a high-performance digital isolator designed to meet the demanding needs of industrial, automotive, and communication applications. It offers a combination of high voltage isolation, low power consumption, and fast switching speed. In comparison, the ISO7830DWW, a competitive offering from Texas Instruments, provides similar functionalities but with some key differences in performance and features. In this comparison, we will examine these two products, focusing on the key advantages of the CA-IS3830HWW.
CA-IS3830HWW: The CA-IS3830HWW is equipped with a 5kV isolation rating, making it ideal for applications that require robust voltage protection. This higher isolation voltage allows the CA-IS3830HWW to protect sensitive circuits from high voltage spikes and surges, which is crucial in environments like industrial automation, automotive systems, and high-voltage power electronics.
ISO7830DWW: The ISO7830DWW, while a reliable isolator, features a 3.75kV isolation rating. This isolation level is sufficient for many general-purpose applications but falls short when it comes to environments with more extreme voltage conditions. The CA-IS3830HWW’s higher isolation voltage ensures better protection and performance in safety-critical applications where 5kV isolation is required.
CA-IS3830HWW: One of the standout features of the CA-IS3830HWW is its low propagation delay and high switching speed. This enables it to handle high-frequency signals and real-time data transmission with minimal latency. In applications requiring precise timing, such as sensor data acquisition, real-time control, and motor drive systems, the CA-IS3830HWW delivers fast, reliable signal transmission with virtually no delay.
ISO7830DWW: The ISO7830DWW has a slightly higher propagation delay compared to the CA-IS3830HWW, making it less suitable for high-speed communication systems. While it performs adequately for most general-purpose tasks, the CA-IS3830HWW provides superior performance when low latency and high-speed switching are critical for system operation, especially in applications like data logging and fast digital processing.
CA-IS3830HWW: Designed with low power consumption in mind, the CA-IS3830HWW ensures energy efficiency, which is particularly beneficial in battery-powered devices or systems with strict power budgets. The low quiescent current of the CA-IS3830HWW minimizes overall system power usage, contributing to extended operational life and reducing energy costs.
ISO7830DWW: The ISO7830DWW is also designed for low power consumption, but its power efficiency is not as optimized as the CA-IS3830HWW. While it performs well in many standard applications, the CA-IS3830HWW offers a more energy-efficient solution for power-sensitive designs such as IoT devices, battery-operated systems, and remote sensing applications.
CA-IS3830HWW: The CA-IS3830HWW excels in thermal stability, offering reliable performance in a wide temperature range. This makes it an excellent choice for automotive, industrial, and harsh environmental applications where temperature variations and exposure to extreme conditions are common. The chip maintains stable operation even in high-temperature environments, ensuring long-term reliability in demanding use cases.
ISO7830DWW: The ISO7830DWW operates within a more limited temperature range compared to the CA-IS3830HWW. While it offers good thermal performance in typical conditions, it may not perform as well in extreme temperature environments. The CA-IS3830HWW’s superior thermal endurance ensures more robust operation in high-temperature or fluctuating temperature conditions.
CA-IS3830HWW: Another key advantage of the CA-IS3830HWW is its enhanced EMI immunity. It is engineered to operate reliably in electromagnetically noisy environments, ensuring that signal integrity is maintained even in the presence of strong EMI. This is particularly important in applications such as industrial control systems, automotive electronics, and high-frequency communication.
ISO7830DWW: While the ISO7830DWW provides a reasonable level of EMI immunity, it may not be as resilient to high levels of electromagnetic interference as the CA-IS3830HWW. In applications where EMI rejection is critical to system performance, such as automotive networks or industrial automation, the CA-IS3830HWW provides superior protection against EMI, ensuring stable and reliable signal transmission.
Superior Voltage Isolation: The CA-IS3830HWW offers a 5kV isolation rating, providing enhanced protection against voltage spikes and transients, making it more suitable for safety-critical applications compared to the ISO7830DWW’s 3.75kV isolation.
Faster Switching Speed: With low propagation delay and high switching speeds, the CA-IS3830HWW excels in high-speed communication and real-time control applications, offering better performance in fast-paced environments than the ISO7830DWW.
Lower Power Consumption: The CA-IS3830HWW is optimized for energy efficiency, making it a better choice for battery-operated systems and low-power applications, where the ISO7830DWW may consume more power.
Enhanced Thermal Stability: The CA-IS3830HWW operates reliably over a wider temperature range, providing better performance in high-temperature environments compared to the ISO7830DWW.
Superior EMI Immunity: The CA-IS3830HWW is better equipped to handle electromagnetic interference (EMI), ensuring stable signal integrity even in noisy environments, where the ISO7830DWW may not offer the same level of EMI rejection.
The CA-IS3830HWW provides several key advantages over the ISO7830DWW, including higher isolation voltage, faster switching speeds, lower power consumption, superior thermal stability, and better EMI immunity. These features make the CA-IS3830HWW the preferred choice for high-performance, safety-critical, and energy-efficient applications that require reliable operation in demanding environments. Whether in automotive, industrial, or communication systems, the CA-IS3830HWW offers enhanced protection, efficiency, and performance compared to the ISO7830DWW, making it the optimal solution for advanced isolation needs.
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