Cooking Instructions

Warm Potato Salad

2 lbs. small red potatoes, cut into ½-inch pieces

4 slices bacon (uncooked), cut into ½-inch pieces

¼cup chopped onion

2 tsp. sugar

1 tsp. salt

1 tsp. flour

½ tsp. celery seed

1/8 tsp. pepper

2½ Tbs. apple cider vinegar

1.In a 2-quart casserole, combine potatoes and ¼ cup water. Cover with lid. Cook at High until potatoes are tender (7-10 minutes); stir twice. Drain and set aside to cool slightly.

2.In a medium bowl, cook bacon at High until crisp (2½-3½ minutes); stir once. Place bacon on a paper towel. Reserve 1 Tbs. drippings.

3.Combine drippings and onion. Cover with plastic wrap; turn back a corner to vent steam. Cook at High until tender (1½-2½ minutes); stir once.

4.Stir in sugar, salt, flour, celery seed, and pepper. Cook at High until mixture boils (30-40 seconds). Stir in vinegar and ½ cup water. Cook at High until liquid boils and thickens slightly (1-2 minutes); stir once. Add bacon to dressing. Pour dressing over potatoes.

Stir well.

Makes 6 servings.

Black Bean Soup

1 cup chopped onion

1 clove garlic, minced

2 cans (15 oz. each) black beans, drained

1 can (14-16 oz.) stewed tomatoes, chopped

1 can (13.75-14.5 oz.) chicken broth

1 can (7-8.5 oz.) corn

1 can (4 oz.) chopped green chilies

1-2 tsp. ground cumin, or to taste

1.Place onion and garlic in a 3-quart casserole. Cover with lid. Cook at High for 2 to 4 minutes until tender.

2.Add one can of beans, mash beans with a fork. Add remaining ingredients; mix well.

3.Cook uncovered, at High for 10 minutes; stir. Reduce power to Medium and cook for 5 minutes. Stir before serving.

Makes about 2 quarts.

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Samsung MR1031CWC, MR1032CBC, MR1033CSC manual Warm Potato Salad, Black Bean Soup

MR1033CSC, MR1031CWC, MR1032CBC specifications

The Samsung MR1032CBC, MR1031CWC, and MR1033CSC are cutting-edge microcontrollers that focus on enhancing functionality, performance, and energy efficiency in embedded systems and IoT applications. These microcontrollers are part of Samsung’s advanced product lineup, offering a range of features that cater to various industrial and consumer electronics needs.

The MR1032CBC model is optimized for real-time applications, boasting a high-performance ARM Cortex-M4 core that operates at speeds of up to 120 MHz. It includes an extensive set of peripherals such as ADCs, timers, and communication interfaces that make it highly suitable for applications in automation, robotics, and smart devices. Its low power consumption is a significant advantage, allowing for extended battery life in portable applications.

Meanwhile, the MR1031CWC focuses on wireless connectivity features. This microcontroller supports Bluetooth and Wi-Fi, enabling seamless integration into IoT ecosystems. It is engineered with security protocols to ensure safe data transmission, making it ideal for smart home devices and wearables. The MR1031CWC also features ample Flash and RAM memory, providing flexibility for complex application development without sacrificing performance.

The MR1033CSC, on the other hand, emphasizes data processing and multimedia capabilities. It comes equipped with enhanced graphical support, making it suitable for applications in consumer electronics like smart TVs and digital signage. It supports various audio and video codecs, allowing developers to create feature-rich applications that demand significant processing power while still maintaining energy efficiency.

All three models are built on Samsung's reliable technology platform, which includes robust development tools and support for multiple programming environments. The microcontrollers can operate in a wide range of temperatures and offer robust protection features against over-voltage and thermal challenges, ensuring reliability in diverse and demanding environments.

Overall, the Samsung MR1032CBC, MR1031CWC, and MR1033CSC microcontrollers represent the latest advancements in embedded systems technology, providing developers with powerful options to create innovative applications in various sectors. Their unique features cater to an array of functionalities, from real-time processing and wireless communication to multimedia processing, making them versatile choices for modern technology solutions.